1. As a sample of matter is cooled, which property of its particles increases? (1 point)average kinetic energy

pressure
buoyancy
cohesive forces

2. Kinetic energy is the _____ of motion. (1 point)temperature
energy
heat
state

3. Substances that have a low _____, such as most metals, heat up and cool down quickly because they require only small amounts of heat to cause their temperatures to rise. (1 point)temperature
melting point
specific heat
thermal energy

Heres my answers can u check them
1. d
2. d
3. b

r they right

all wrong. However, there is good news, on the first, your answer would be marked correct by most non science specialists. But the truth is, the cohesive forces do not change with temperature, but the reduction of the disruptive forces with temperature cause the cohesive forces to dominate at lower temperature, so it seems they are "increasing".

then what are the answers Plzzzzzzzz help meeeee

no d, b, c

D B C

Let's analyze your answers:

1. As a sample of matter is cooled, which property of its particles increases?
You have selected "d) cohesive forces." However, the correct answer is "a) average kinetic energy." When matter is cooled, the particles slow down, resulting in a decrease in their average kinetic energy.

2. Kinetic energy is the _____ of motion.
You have selected "d) state." However, the correct answer is "b) energy." Kinetic energy represents the energy associated with the motion of an object.

3. Substances that have a low _____, such as most metals, heat up and cool down quickly because they require only small amounts of heat to cause their temperatures to rise.
You have selected "b) melting point." However, the correct answer is "c) specific heat." Specific heat refers to the amount of heat required to raise the temperature of a substance, and substances with low specific heat, like metals, indeed heat up and cool down quickly because they require less heat to change their temperature.

Corrected answers:
1. a) average kinetic energy
2. b) energy
3. c) specific heat

Remember that you can use the knowledge of scientific concepts and their definitions to deduce the correct answers.