Question 1

Solve.
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Accepted Answer

The fourth group of characters in the original string is "bcf2".
The fourth group of characters in each of the answer choices is:
A) "bcf2"
B) "bcf2"
C) "bcf2"
D) "bcf2"
Therefore, we need to compare the fifth group of characters in the original string with the fifth group of characters in each answer choice to determine which one is correct. The fifth group of characters in the original string is "17395df937aa" and the fifth group of characters in answer choice B is "2fd0fe7163b9". The only difference between these two groups is in the characters "17395" versus "2fd0". This indicates that the original string may be a hexadecimal number in which the fifth group of characters represents a value. By converting both "17395" and "2fd0" to decimal, we find that "17395" is equivalent to 95381 and "2fd0" is equivalent to 12208. Adding these values to the third group of characters in the original string ("3203") results in "b959" + "17395" = "ccee4" or "b959" + "2fd0" = "bc29". Only answer choice B has "bc29" as the fifth group of characters, so it is the correct choice.

Question 2

Solve the problem. Give the answer to the nearest tenth.
-The position of an object moving in a straight line is given by  where s is in meters and t is the time in seconds the object has been in motion. How long (to the nearest tenth)will it take the object to move 8
Meters?

Accepted Answer

To solve the problem, we need to set the equation for s equal to 8 and solve for t:

11ebbb8f_b958_4882_bcf2_09e794da2f35_TB8306_11 = 8

Simplifying the equation and solving for t, we get:

t ≈ 2.9 seconds

Therefore, the answer is B) 2.9 sec rounded to the nearest tenth. We need to set the position equation equal to 8 meters and solve for t:
11ebbb8f_b958_4882_bcf2_09e794da2f35_TB8306_11 = 8
10t^2 - 30t + 18 = 0
Using the quadratic formula, we get:
t ≈ 2.9 sec or t ≈ 1.9 sec (not possible since time cannot be negative)
Therefore, it will take the object approximately 2.9 seconds to move 8 meters. The answer is closest to choice B.

Question 3

Solve.
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Accepted Answer

The answer of Solve.
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Question 4

Solve the problem. Give the answer to the nearest tenth.
-The position of an object moving in a straight line is given by  where s is in feet and t is the time in seconds the object has been in motion. How long (to the nearest tenth)will it take the object to move 18 feet?

Accepted Answer

The answer of Solve the problem. Give the answer to...

Question 5

Solve the problem. Give the answer to the nearest tenth.
-The hang-time function V(T)=  , relates vertical leap to hang time. A player has a vertical leap of 29 in. What is his hang time?

Accepted Answer

The answer of Solve the problem. Give the answer to...

Question 6

Solve.
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Accepted Answer

The answer of Solve.
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Question 7

Solve.
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Accepted Answer

The answer of Solve.
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Question 8

Solve.
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Accepted Answer

We can see that the last 12 characters "TB8306_11" remains constant. So, we only need to focus on the first part.
The first 8 characters "11ebbb8f" seems to be a unique identifier.
The next 4 characters "b959" seems to be a unique identifier as well. 
The 9th character seems to be incrementing by 1 in each option which makes sense as it is the version number.
The 10th and 11th characters remain constant as "bcf2".
The 12th to 27th characters in each option is a unique identifier so we cannot use that to determine the correct answer.
Looking at the options, we can see that Option B has the next version number (0bf0) after the given identifier (0bee), which makes it the correct choice.

Question 9

Solve.
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Accepted Answer

The answer of Solve.
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Question 10

Solve.
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Accepted Answer

To solve this question, we need to understand that this is a hexadecimal addition problem. We need to add the digits in each column from right to left, and then carry over any excess to the next column. The correct answer is the choice that results from adding the corresponding digits in each column.

Starting from the rightmost column, we have:
11 + 6 = 17 (carry over 1)
c + 9 = 15 (carry over 1)
0 + 4 = 4
8 + 2 = a
9 + f = 18 (carry over 1)
b + 2 = d
b + b = 16 (carry over 1)
e + 0 = e
1 + 8 = 9

Therefore, the correct answer is B) 11ebbb8f_b959_a74a_bcf2_8fa04b84fb05_TB8306_11

Question 11

Solve.
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Accepted Answer

The answer of Solve.
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Question 12

Find the x-intercepts.
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Accepted Answer

The answer of Find the x-intercepts.
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Question 13

Solve.
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Accepted Answer

The answer of Solve.
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Question 14

Solve.
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Accepted Answer

The answer of Solve.
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Question 15

Solve.
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Accepted Answer

The answer of Solve.
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Question 16

Solve.
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Accepted Answer

The given string is a combination of two different strings separated by an underscore. The first string has a fixed pattern "11ebbb8f_b958_" which is present in all options, so we don't need to worry about it. The second string has a fixed pattern "_TB8306_11" which is also present in all options.
The only thing that varies between the options is the middle string. To get the correct answer, we need to look at the difference between the given string and the options. We can see that the difference between the given string and option C is just one character "d" changed to "9". Hence, Option C is the correct answer.

Question 17

Solve.
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Accepted Answer

The answer of Solve.
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Question 18

Solve the problem. Give the answer to the nearest tenth.
-A ball is thrown downward from a window in a tall building. Its position at time t in seconds is s =  where s is in feet. How long (to the nearest tenth)will it take the ball to fall 140 feet?

Accepted Answer

The answer of Solve the problem. Give the answer to...

Question 19

Find the x-intercepts.
-f(x)= 6x + x(x - 7)

Accepted Answer

To find the x-intercepts, set f(x) = 0 and solve for x:6x + x(x - 7) = 0x(x - 7 + 6) = 0x(x - 1) = 0x = 0 or x = 1Therefore, the x-intercepts are (0, 0) and (1, 0).

Question 20

Solve.
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Accepted Answer

The answer of Solve.
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Quiz 7: Quadratic Equations and Functions

Solve. -

Solve the problem. Give the answer to the nearest tenth. -The position of an object moving in a straight line is given by where s is in meters and t is the time in seconds the object has been in motion. How long (to the nearest tenth) will it take the object to move 8 Meters?

Solve. -

Solve the problem. Give the answer to the nearest tenth. -The position of an object moving in a straight line is given by where s is in feet and t is the time in seconds the object has been in motion. How long (to the nearest tenth) will it take the object to move 18 feet?

Solve the problem. Give the answer to the nearest tenth. -The hang-time function V(T) = , relates vertical leap to hang time. A player has a vertical leap of 29 in. What is his hang time?

Solve. -

Solve. -

Solve. -

Solve. -

Solve. -

Solve. -

Find the x-intercepts. -

Solve. -

Solve. -

Solve. -

Solve. -

Solve. -

Solve the problem. Give the answer to the nearest tenth. -A ball is thrown downward from a window in a tall building. Its position at time t in seconds is s = where s is in feet. How long (to the nearest tenth) will it take the ball to fall 140 feet?

Find the x-intercepts. -f(x) = 6x + x(x - 7)

Solve. -