What happens to the average kinetic energy of gas particles as the temperature increases?a.) Increases

b.) Decreases

c.) Remains the same

d.) Volume changes

Answers

Answer 1

Answer:

Temperature is the average kinetic energy so I would say the answer is A.

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Speed in a given direction is called what?

Answers

Speed in a given direction is called velocity. Velocity describes the speed and direction of an object's motion.

The speed and direction of an object's motion are described by velocity, a fundamental notion in physics. It is a vector quantity, which means it contains magnitude as well as direction. While speed just refers to how quickly an object moves, velocity includes the concept of direction, providing a more full description of the object's motion.

One key feature of velocity is that it can alter depending on whether the speed or direction of motion changes. The velocity of an object, for example, remains constant if it moves in a straight line at a constant speed. However, if the object's speed or direction changes, the velocity changes as well.

To know more about velocity, here:

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Speed is a scalar measure, and only has magnitude
If you add a direction to it you are making it a vector.

Does chocolate milk come from brown cows?

Answers

chocolate milk is just regular white milk that has chocolate syrup/powder mixed into it
So no, chocolate milk does not come from brown cows

Hope this helps

No Nope Notta, zilch

A race car travels on a circular track at an average rate of 125 mi/h. The radius of the track is 0.320 miles. What is the centripetal acceleration of the car?

Answers

Answer;

= 48,828.125 mi/hr²

Explanation and solution;

Centripetal acceleration is the rate of change of angular velocity. Centripetal acceleration occurs towards the center of the circular path along the radius of the circular path.

Centripetal acceleration is given by; V²/r ;

V = 125 mi/h and r = 0.320 miles

Thus; centripetal acceleration = 125²/0.320

=15625/0.320

= 48,828.125 mi/hr²

The centripetal acceleration is obtained from the quotient of the square of velocity and the radius. Hence, a= $( v^(2) )/(r)$ . Substituting the give, v=125 mi/h and r=0.320 mi, the answer is equal to 48,828.125 mi/ $hr^(2)$ .

Real world Examples of inertia

Answers

~One real life example of inertia is when a hockey-puck continues to slide across the ice until its acted upon by an outside force.

Match the numbers and alphabets.1. Inertia a. amount of matter in an object
2. mass b. sum of all forces acting on an object
3. force c. tendency to resist a change in motion
4. unbalanced forces d. push or pull
5. balanced forces e. can change an objects motion
6. net force f. will not change an object's motion

Thank you!

Answers

1 C
2 A
3 D
4 F
5 E
6 B

These are the answers

Describe the structure of an atom. A)The nucleus is the dense center of the atom composed of protons and neutrons. Surrounding the nucleus is an electron cloud composed of electrons.

B)The nucleus is the dense center of the atom composed of electrons and neutrons. Surrounding the nucleus is an electron cloud composed of protons.

C)The electron cloud is the dense center of the atom composed of electrons. Surrounding the electron cloud is a nucleus composed of protons and neutrons.
Eliminate
D)The electron cloud is the dense center of the atom composed of protons and neutrons. Surrounding the electron cloud is a nucleus composed of electrons.

Answers

A is the correct answer I took this tes a few weeks ago.

Final answer:

An atom is structured into a central nucleus containing protons and neutrons, surrounded by an electron cloud that houses the electrons. This is similar to the solar system with the nucleus as the sun and the electrons as the planets revolving around it.

Explanation:

The structure of an atom is organized into two main parts: the nucleus and the electron cloud. The nucleus is the dense central part of the atom and is composed of protons and neutrons. Surrounding the nucleus, in various energy levels or orbits, is a space known as the electron cloud, which contains the electrons.

This structure can be related to the solar system where the nucleus represents the sun and the electrons depict the planets revolving around it. The correct statement that describes the structure of an atom, therefore is option A).