Question 1

Type III gypsum is used as a cast for a dental prosthesis.

Accepted Answer

False

Question 2

A quinary alloy contains how many metals?&#10;A) two&#10;B) three&#10;C) four&#10;D) five

Accepted Answer

"Quinary" means containing five. Therefore, a quinary alloy contains five metals.

Question 3

Impression plaster is used when&#10;A) no teeth are present&#10;B) material flexibility is not needed&#10;C) a rigid material is required&#10;D) all of the above

Accepted Answer

Impression plaster is used in situations where no teeth are present, where material flexibility is not needed, and where a rigid material is required, making all of the options correct.

Question 4

A digital impression can be made without the use of trays or impression materials.

Accepted Answer

Digital impressions use intraoral scanners to capture 3D images of the teeth and gums, eliminating the need for traditional impression materials and trays.

Question 5

Wax impression material is used&#10;A) to record the patient's bite&#10;B) to take an impression of several of the patient's teeth&#10;C) when no teeth are present&#10;D) when no flexibility is needed

Accepted Answer

Wax impression material is often used to record the patient's bite and create a model of their teeth in order to create custom-fitted restorations such as dental crowns or bridges.

Question 6

Which type of wax is used for bite registrations?&#10;A) inlay wax&#10;B) baseplate wax&#10;C) utility wax&#10;D) casting wax

Accepted Answer

Baseplate wax is specifically designed for bite registrations because it is soft enough to shape and mold to the patient's occlusion, yet firm enough to maintain its shape during transfer to the articulator. Inlay wax, utility wax, and casting wax are not typically used for bite registrations.

Question 7

Which type of wax would be put on the edge of an impression tray?&#10;A) sticky wax&#10;B) boxing wax&#10;C) utility wax&#10;D) disclosing wax

Accepted Answer

Utility wax is often used on the edges of impression trays to extend the tray's borders, adapt its shape for a better fit, or to make it more comfortable for the patient by rounding off sharp edges.

Question 8

For a highly accurate reproduction, the material of choice would be a&#10;A) rigid material&#10;B) reversible hydrocolloid&#10;C) plastic&#10;D) elastomeric

Accepted Answer

Elastomeric materials have high accuracy and detail reproduction capabilities, making them the material of choice for highly accurate reproductions. They have excellent elastic recovery and dimensional stability, ensuring that the impression remains stable over time. Rigid materials may not capture all the details, plastic is not as accurate, and reversible hydrocolloid has poor dimensional stability.

Question 9

Which type of gypsum is best used for orthodontic models?&#10;A) impression&#10;B) model&#10;C) dental stone&#10;D) improved stone

Accepted Answer

Dental stone is the best choice for orthodontic models as it has high compressive strength, low setting expansion, and can be easily worked with. Impression plaster and model plaster are not suitable for orthodontic models due to their weaker strength and higher setting expansion, respectively. Improved stone is often used for creating high-precision restorations and may not be necessary for orthodontic models.

Question 10

When gold is tempered, it is&#10;A) hardened&#10;B) softened&#10;C) whitened&#10;D) none of the above

Accepted Answer

Tempering is a process in which metals are heated and then cooled quickly to increase their hardness and strength. Therefore, when gold is tempered, it becomes hardened.

Question 11

Which type of gypsum is used mostly for general study models?&#10;A) Type I&#10;B) Type II&#10;C) Type III&#10;D) Type IV

Accepted Answer

The answer of Which type of gypsum is used mostly...

Question 12

Galvanization is the chemical release of heat.

Accepted Answer

The answer of Galvanization is the chemical release of heat....

Question 13

A mix of three metals is called a/an&#10;A) binary alloy&#10;B) ternary alloy&#10;C) quaternary alloy&#10;D) quinary alloy

Accepted Answer

The answer of A mix of three metals is called...

Question 14

Thermoplastic impression materials&#10;A) are used when no flexibility is needed&#10;B) are used only in the absence of teeth&#10;C) soften with hot temperatures and harden with cold temperatures&#10;D) all of the above

Accepted Answer

The answer of Thermoplastic impression materials&#10;A) are used when no...

Question 15

A type of wax used to set teeth for a denture construction is called boxing wax.

Accepted Answer

The answer of A type of wax used to set...

Question 16

Alginate is which type of impression material?&#10;A) plastic&#10;B) reversible hydrocolloid&#10;C) irreversible hydrocolloid&#10;D) polysulfide

Accepted Answer

The answer of Alginate is which type of impression material?&#10;A)...

Question 17

A composite contains&#10;A) two or more metals&#10;B) glass particles&#10;C) agar&#10;D) gypsum

Accepted Answer

The answer of A composite contains&#10;A) two or more metals&#10;B)...

Question 18

Tensile strength is the maximum amount of stress a material can withstand without deformation.

Accepted Answer

The answer of Tensile strength is the maximum amount of...

Question 19

Polysulfides and polyethers are examples of which impression materials?&#10;A) rigid&#10;B) plastic&#10;C) elastic&#10;D) elastomeric

Accepted Answer

The answer of Polysulfides and polyethers are examples of which...

Question 20

A combination of metals is called a/an&#10;A) alloy&#10;B) composite&#10;C) polymer&#10;D) resin

Accepted Answer

The answer of A combination of metals is called a/an&#10;A)...

Question 21

The type of gold used for simple onlay procedures is&#10;A) Type I&#10;B) Type II&#10;C) Type III&#10;D) Type IV

Accepted Answer

The answer of The type of gold used for simple...

Question 22

Silicophosphate cement is used&#10;A) as a temporary restoration&#10;B) for cementing stainless steel crowns&#10;C) for cementing orthodontic appliances&#10;D) for cementing bridges

Accepted Answer

The answer of Silicophosphate cement is used&#10;A) as a temporary...

Question 23

The type of gold alloy used for partial denture clasps is&#10;A) A&#10;B) B&#10;C) C&#10;D) D

Accepted Answer

The answer of The type of gold alloy used for...

Question 24

Match between columns&#10;                        Premises: hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;hardening of a material through a chemical or light-activated response&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;reproduction of a prepared tooth&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;amount of change in form that takes place during heat exposure&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;ability of the material to resist fracture&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;period of time when material assumes shape but remains pliable&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;submersion into water&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;maximum amount of stress a material can withstand without deformation&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;mixing of mercury with other alloy material to form an amalgam&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;absorption of water&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;time period when the material can be manipulated without adverse effect&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;giving off water&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;ability of a material to return to its original form when stress is removed&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;tendency of metals to produce an electrical charge when in contact with each other&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;ability of the material to transmit heat&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;taking on water&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand 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fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;ability to withstand deformation without fracture while undergoing maximum compression stress&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;maintains storage life&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;hue, chroma, value&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand 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material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;ability of material to withstand permanent deformation without a fracture under elongation stress&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;period of time when the material becomes as hard as it will be&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;force of the union of one substance with another&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;slow bending of material under its own weight&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;maximum amount of resistance before penetration or scratching can occur&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;tendency of amalgam to deform under constant pressure&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;amount of pulling stress required to rupture the material&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat&#10;chemical release of heat

Accepted Answer

The Answer of working time and creep and elasticity and is...

Question 25

24-carat gold contains&#10;A) gold only&#10;B) gold and one other metal&#10;C) gold and platinum&#10;D) gold and silver

Accepted Answer

The answer of 24-carat gold contains&#10;A) gold only&#10;B) gold and...

Question 26

Emery, garnet, pumice, and quartz are all&#10;A) polishing agents&#10;B) abrasive agents&#10;C) used on enamel&#10;D) used on resins

Accepted Answer

The answer of Emery, garnet, pumice, and quartz are all&#10;A)...

Question 27

Chalk, cuttle, rouge, and tripoli&#10;A) are all polishing agents&#10;B) are all abrasive agents&#10;C) are all used on gold or gold alloys&#10;D) have nothing in common

Accepted Answer

The answer of Chalk, cuttle, rouge, and tripoli&#10;A) are all...

Question 28

When gold is annealed, it is&#10;A) hardened&#10;B) softened&#10;C) whitened&#10;D) none of the above

Accepted Answer

The answer of When gold is annealed, it is&#10;A) hardened&#10;B)...

Question 29

Chalk, rouge, tripoli, and tin oxide&#10;A) are all polishing agents&#10;B) are all abrasive agents&#10;C) are a mix of polishing and abrasive agents&#10;D) have nothing in common

Accepted Answer

The answer of Chalk, rouge, tripoli, and tin oxide&#10;A) are...

Question 30

A slurry is a&#10;A) gold mixture&#10;B) base metal&#10;C) thin, watery mix&#10;D) polymer

Accepted Answer

The answer of A slurry is a&#10;A) gold mixture&#10;B) base...

Deck 18: Dental Laboratory Materials