2. a student has a pool of water at 80 degrees fahrenheit and a bucket of water at 110 degrees…

2. a student has a pool of water at 80 degrees fahrenheit and a bucket of water at 110 degrees fahrenheit.\na) which system has the fastest moving particles? explain.\nthe bucket because it has more particles in a smaller object with higher temperature\nb) which system has the largest average energy per particle? explain.\nc) which system has the most total energy? explain.

2. a student has a pool of water at 80 degrees fahrenheit and a bucket of water at 110 degrees fahrenheit.\na) which system has the fastest moving particles? explain.\nthe bucket because it has more particles in a smaller object with higher temperature\nb) which system has the largest average energy per particle? explain.\nc) which system has the most total energy? explain.

Answer

Explanation:

Step1: Understand kinetic - energy and temperature relationship

The average kinetic energy of particles is directly proportional to temperature. Higher temperature means faster - moving particles.

Step2: Answer part a

The bucket of water at 110°F has a higher temperature than the pool of water at 80°F. So, the particles in the bucket are moving faster.

Step3: Answer part b

Since average kinetic energy per particle is directly related to temperature, and the bucket has a higher temperature (110°F > 80°F), the bucket of water has the largest average energy per particle.

Step4: Answer part c

Total energy depends on both temperature and the amount of substance. The pool has a much larger amount of water (greater mass) compared to the bucket. Although the bucket has a higher temperature, the large mass of the pool means that the pool has the most total energy.

Answer:

a) The bucket of water. Explanation: It has a higher temperature (110°F compared to 80°F), and higher - temperature substances have faster - moving particles. b) The bucket of water. Explanation: Average energy per particle is related to temperature, and the bucket has a higher temperature. c) The pool of water. Explanation: While the bucket has a higher temperature, the pool has a much larger mass of water, resulting in greater total energy.