The heat capacity of an object depends in part on its _____. A. mass B. enthalpy C. shape D. potential energy

Answer:

115.565 km

Explanation:

We know

A bus is traveling at 79.7 kilometers per hour east.

How far does the bus travel in 1.45 hours?

We will solve it by using the Distance formula.

Distance = Speed × Time

We take

79.7 x 1.45 = 115.565 km

So, the bus travels 115.565 km in 1.45 hours.

Albert Einstein is a German scientist who developed the theory of relativity. He was born on the  March 14, 1879, Ulm, Germany. This theory changed much in the way the scientists looked at the world and set the foundation for many modern inventions, including the nuclear bomb and the nuclear energy.

HOPE THIS HELPS!!!!!!!

The best temperature for your refrigerator should be 40 degrees F, 40 degrees C in this case. (: Hope this helped!

Answer:

a. the work done by the gravitational force on Block A is less than the work done by the gravitational force on Block B.

b. the speed of Block A is equal to the speed of Block B.

c. the momentum of Block A is less than the momentum of Block B.

Explanation:

a. The  work done by the gravitational force is equal to:

w = m*g*h

where m is mass, g is the standard gravitational acceleration and h is height. Given that both blocks are released from rest at the same height, then, the bigger the mass, the bigger the work done.

b. With ramps frictionless, the final speed of the blocs is:

v = √(2*g*h)

which is independent of the mass of the blocks.

c. The momentum is calculated as follows:

momentum = m*v

Given that both bocks has the same speed, then, the bigger the mass, the bigger the momentum.

Final answer:

The work done by gravitational force on blocks A and B is equal as the work is independent of the path. Both blocks have the same speed when they reach the final height due to the conversion of potential energy into kinetic energy. However, the momentum of Block B is greater due to its larger mass.

Explanation:

This question is about the principles of work, energy and momentum in physics. Let's address each part of it:

1. Work done by gravitational force: The work done by the gravitational force on both blocks A and B is equal. This is because work done by gravity depends only on the change in height, which is the same for both blocks, and the weight of the block. So, even though Block B is heavier as it weighs more than Block A, the work done is the same because the force of gravity has to move the blocks the same vertical distance.
2. Speed of the blocks: The speed of both blocks A and B will be equal when they reach the final height. This is because, in the absence of friction and air resistance, the blocks will convert all of their gravitational potential energy at the start into kinetic energy at the end, irrespective of their weights or the steepness of the ramps.
3. Momentum of the blocks: The momentum of Block B is greater than Block A. This is because momentum depends on both the mass and the velocity of an object. Even though both blocks have the same speed at the bottom, Block B is heavier, therefore, it will have more momentum.

Learn more about Physics principles here:

brainly.com/question/15872863

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Answer:

Gamma rays

Explanation:

Gamma rays are usually defined as a type of electromagnetic radiations, that are characterized by the presence of shorter wavelength and higher energy. These are the common radiations that are released from the radioactive substances, where an unstable nucleus of an atom releases an excess amount of energy by undergoing continuous electromagnetic processes.

These are harmful to humans and other organisms, as they are comprised of very high energy and they can easily penetrate through the bodies of humans and other organisms.

These gamma particles are emitted in the power plants, where the people working in it wear a special type of device that helps them in monitoring the exposure to radiation.

It could also be gamma rays i don't really know