What would happen to a substance at the theoretical temperature of 0.K? (1 point)

Question

What would happen to a substance at the theoretical temperature of 0.K? (1 point)

O The substance's particles would stop moving

The substance would turn from solid to gas

O The substance would turn from liquid to solid

O The substance's particles would accelerate

Answer 1

Kinetic and thermal energy Quik chick (this answer is on question 3!!)

1. What is the best description of thermal energy
A. Thermal energy is the kinetic energy contained in an object or substance due to the movement of its atoms and/or molecules.

2. what does temperature measure?
B. average kinetic energy of the particles in an object or substance

3. what would happen to a substance at a theoretical of 0 K
A. the substance’s particles would stop moving

4. What happens when thermal energy is applied to a substance
C. It’s atoms gain kinetic energy

5. Which is the best description of a student applying lifelong learning skills as she investigates kinetic and thermal energy?
B. She learns that temperature is the measure of a type of kinetic energy and relates that to what she already knows about kinetic energy

I got a 100 so I hope this helpssss!!

Answer 2

Cookies is correct

Answer 3

i can also confirm that Cookies is correct

Answer 4

The correct answer is: The substance's particles would stop moving. At 0 K, all particle motion would theoretically stop, making the substance the coldest possible temperature that can be achieved. However, this temperature is unattainable in reality as all substances have some degree of internal energy.

Answer 5

5/5 Answers

Thermal energy is the kinetic energy contained in an object or substance due to the movement of its atoms and/or molecules.
average kinetic energy of the particles in an object or substance
The substance’s particles would stop moving.
Its atoms gain kinetic energy.
She learns that temperature is the measure of a type of kinetic energy and relates that to what she already knows about kinetic energy.

Answer 6

Well, at 0.K, the substance's particles would definitely be feeling pretty chilly. In fact, they would be so cold that they would practically come to a halt. So, the correct answer would be that the substance's particles would stop moving. It's like a frozen dance party, but a lot less exciting.

Answer 7

At the theoretical temperature of 0 K (Kelvin), the substance's particles would stop moving. This temperature is known as absolute zero, and it represents the lowest possible temperature that can be achieved. At this temperature, the kinetic energy of the particles is reduced to its minimum, causing them to essentially come to a complete stop. It is important to note that achieving a temperature of 0 K is not physically possible as it is an absolute minimum, but it serves as a theoretical concept in the study of thermodynamics.