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According to the First Law of Thermodynamics, the Energy of the Universe

Question 48

Multiple Choice

According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that is always equal to zero? A) Yes, at all times, which is why . B) No, does not always equal zero, but this is due only to factors such as friction and heat. C) No, does not always equal zero because it refers to the system's internal energy, which is affected by heat and work. D) No, never equals zero because work is always being done on the system or by the system. E) No, never equals zero because energy is always flowing between the system and surroundings. is always equal to zero?


A) Yes, According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that is always equal to zero? A) Yes, at all times, which is why . B) No, does not always equal zero, but this is due only to factors such as friction and heat. C) No, does not always equal zero because it refers to the system's internal energy, which is affected by heat and work. D) No, never equals zero because work is always being done on the system or by the system. E) No, never equals zero because energy is always flowing between the system and surroundings. at all times, which is why According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that is always equal to zero? A) Yes, at all times, which is why . B) No, does not always equal zero, but this is due only to factors such as friction and heat. C) No, does not always equal zero because it refers to the system's internal energy, which is affected by heat and work. D) No, never equals zero because work is always being done on the system or by the system. E) No, never equals zero because energy is always flowing between the system and surroundings. .
B) No, According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that is always equal to zero? A) Yes, at all times, which is why . B) No, does not always equal zero, but this is due only to factors such as friction and heat. C) No, does not always equal zero because it refers to the system's internal energy, which is affected by heat and work. D) No, never equals zero because work is always being done on the system or by the system. E) No, never equals zero because energy is always flowing between the system and surroundings. does not always equal zero, but this is due only to factors such as friction and heat.
C) No, According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that is always equal to zero? A) Yes, at all times, which is why . B) No, does not always equal zero, but this is due only to factors such as friction and heat. C) No, does not always equal zero because it refers to the system's internal energy, which is affected by heat and work. D) No, never equals zero because work is always being done on the system or by the system. E) No, never equals zero because energy is always flowing between the system and surroundings. does not always equal zero because it refers to the system's internal energy, which is affected by heat and work.
D) No, According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that is always equal to zero? A) Yes, at all times, which is why . B) No, does not always equal zero, but this is due only to factors such as friction and heat. C) No, does not always equal zero because it refers to the system's internal energy, which is affected by heat and work. D) No, never equals zero because work is always being done on the system or by the system. E) No, never equals zero because energy is always flowing between the system and surroundings. never equals zero because work is always being done on the system or by the system.
E) No, According to the first law of thermodynamics, the energy of the universe is constant. Does this mean that is always equal to zero? A) Yes, at all times, which is why . B) No, does not always equal zero, but this is due only to factors such as friction and heat. C) No, does not always equal zero because it refers to the system's internal energy, which is affected by heat and work. D) No, never equals zero because work is always being done on the system or by the system. E) No, never equals zero because energy is always flowing between the system and surroundings. never equals zero because energy is always flowing between the system and surroundings.

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