Improve your search results. Select your educational institution and subject so that we can show you the most relevant documents and help you in the best way possible.
Ok, I understand!
Your school or university
Improve your search results. Select your educational institution and subject so that we can show you the most relevant documents and help you in the best way possible.
Here are the best resources to pass PHY 102 (PHY 102). Find PHY 102 (PHY 102) study guides, notes, assignments, and much more.
Page 3 out of
63 results
Sort by
PHY-102: Motion Exercises
Exam (elaborations) • 6
pages
• 2022
PHY-102: Motion Exercises

Complete the following exercises.

Jane is collecting data for a ball rolling down a hill. She measures out a set of different

distances and then proceeds to use a stopwatch to find the time it takes the ball to roll each

distance.

What is the independent variable in her experiment?

The independent variable is represented by the ball.

What is the dependent variable in her experiment?

The Dependent variable is represented by the stopwatch.

Give one control va...
PHY-102: Motion Exercises
Last document update:
ago
PHY-102: Motion Exercises

Complete the following exercises.

Jane is collecting data for a ball rolling down a hill. She measures out a set of different

distances and then proceeds to use a stopwatch to find the time it takes the ball to roll each

distance.

What is the independent variable in her experiment?

The independent variable is represented by the ball.

What is the dependent variable in her experiment?

The Dependent variable is represented by the stopwatch.

Give one control va...
PHY-102: Motion Exercises

Complete the following exercises.

1. Jane is collecting data for a ball rolling down a hill. She measures out a set of different

distances and then proceeds to use a stopwatch to find the time it takes the ball to roll

each distance.

a. What is the independent variable in her experiment?

The ball would be the independent variable because it is not dependent on any

other variable.

b. What is the dependent variable in her experiment?

The stopwatch would be t...
PHY-102: Motion Exercises
Last document update:
ago
PHY-102: Motion Exercises

Complete the following exercises.

1. Jane is collecting data for a ball rolling down a hill. She measures out a set of different

distances and then proceeds to use a stopwatch to find the time it takes the ball to roll

each distance.

a. What is the independent variable in her experiment?

The ball would be the independent variable because it is not dependent on any

other variable.

b. What is the dependent variable in her experiment?

The stopwatch would be t...
PHY 102 MOD 4 Exam Name Aalicia Tucker

30 Questions

 Submit to an Individual Forum or email ()

Please delete this file after receiving a grade

HIGLIGHT THE SINGLE CORRECT RESPONE

1. Which of the following activities best illustrates the practices of the scientific method?

a. Deciding on the materials necessary to build a terrarium.

b. Following the instructions to construct an electric generator.

c. Measuring the time for an object to fall from different heights.

d. Designing an electr...
PHY 102 MOD 4 Exam Name Aalicia Tucker

30 Questions

 Submit to an Individual Forum or email ()

Please delete this file after receiving a grade

HIGLIGHT THE SINGLE CORRECT RESPONE

1. Which of the following activities best illustrates the practices of the scientific method?

a. Deciding on the materials necessary to build a terrarium.

b. Following the instructions to construct an electric generator.

c. Measuring the time for an object to fall from different heights.

d. Designing an electr...
PHY-102: Fluid and Thermal Physics Exercises
Exam (elaborations) • 6
pages
• 2022
PHY-102: Fluid and Thermal Physics Exercises

Complete the following exercises.

1. Rank the following in terms of increasing density:

A. A100 g object with a volume of 25 cubic centimeters

B. A 200 g object with a volume of 100 cubic centimeters

C. A 100 g object with a volume of 100 cubic centimeters

D. A 400 g object with a volume of 50 cubic centimeters

1.C, B, A, D

2. Rank the following in terms of increasing pressure:

A. A 10 kg object distributed on a square surface with dimensio...
PHY-102: Fluid and Thermal Physics Exercises
Last document update:
ago
PHY-102: Fluid and Thermal Physics Exercises

Complete the following exercises.

1. Rank the following in terms of increasing density:

A. A100 g object with a volume of 25 cubic centimeters

B. A 200 g object with a volume of 100 cubic centimeters

C. A 100 g object with a volume of 100 cubic centimeters

D. A 400 g object with a volume of 50 cubic centimeters

1.C, B, A, D

2. Rank the following in terms of increasing pressure:

A. A 10 kg object distributed on a square surface with dimensio...
PHY-102: Fluid and Thermal Physics Exercises
Exam (elaborations) • 5
pages
• 2022
PHY-102: Fluid and Thermal Physics Exercises

Corrections to the following: 1. CBAD; FEEDBACK: Calculate the density using Density = (mass) /

(volume). 4. DBAC; FEEDBACK: The blocks with higher density will have a larger mass, and thus a

larger force of gravity. For C the force of gravity is greater than the buoyant force, while for the other

three it is equal to the buoyant force. Since the buoyant force is smallest for D (least volume of liquid

displaced), a little greater for B and e...
PHY-102: Fluid and Thermal Physics Exercises
Last document update:
ago
PHY-102: Fluid and Thermal Physics Exercises

Corrections to the following: 1. CBAD; FEEDBACK: Calculate the density using Density = (mass) /

(volume). 4. DBAC; FEEDBACK: The blocks with higher density will have a larger mass, and thus a

larger force of gravity. For C the force of gravity is greater than the buoyant force, while for the other

three it is equal to the buoyant force. Since the buoyant force is smallest for D (least volume of liquid

displaced), a little greater for B and e...
PHY-102: Energy and Circular Motion Exercises
Exam (elaborations) • 10
pages
• 2022
PHY-102: Energy and Circular Motion Exercises

Complete the following exercises.

1. A rifle with a longer barrel can fire bullets with a larger velocity than a rifle with a shorter

barrel.

a. Explain this using the impulse-momentum theorem.

By the theory of momentum, change in momentum of an object equals the

impulse applied to it meaning that the long barrel of the rifle covers a huge

amount of motion of the bullet since the bullet receives more impulse from the

expanding gases with...
PHY-102: Energy and Circular Motion Exercises
Last document update:
ago
PHY-102: Energy and Circular Motion Exercises

Complete the following exercises.

1. A rifle with a longer barrel can fire bullets with a larger velocity than a rifle with a shorter

barrel.

a. Explain this using the impulse-momentum theorem.

By the theory of momentum, change in momentum of an object equals the

impulse applied to it meaning that the long barrel of the rifle covers a huge

amount of motion of the bullet since the bullet receives more impulse from the

expanding gases with...
PHY-102: Motion Exercises

Complete the following exercises.

1. Jane is collecting data for a ball rolling down a hill. She measures out a set of different

distances and then proceeds to use a stopwatch to find the time it takes the ball to roll

each distance.

a. What is the independent variable in her experiment? The ball

b. What is the dependent variable in her experiment? The stopwatch

c. Give one control variable for her experiment. The different distances

2. Consider an experimen...
P1 PHY-102: Motion Exercises
Last document update:
ago
PHY-102: Motion Exercises

Complete the following exercises.

1. Jane is collecting data for a ball rolling down a hill. She measures out a set of different

distances and then proceeds to use a stopwatch to find the time it takes the ball to roll

each distance.

a. What is the independent variable in her experiment? The ball

b. What is the dependent variable in her experiment? The stopwatch

c. Give one control variable for her experiment. The different distances

2. Consider an experimen...
PHY-102: Electricity and Magnetism Exercises
Exam (elaborations) • 5
pages
• 2022
PHY-102: Electricity and Magnetism Exercises

.

1. Why are good conductors of heat also good conductors of electricity?

Good conductors of heat are also good conductors of electricity because electricity

causes heat through electrons. Free electrons, electrons that roam freely though a

substance, carry heat and electricity because of the free electron theory.

2. What is the difference between a good conductor and a good insulator?

The difference between a good conductor and a good in...
PHY-102: Electricity and Magnetism Exercises
Last document update:
ago
PHY-102: Electricity and Magnetism Exercises

.

1. Why are good conductors of heat also good conductors of electricity?

Good conductors of heat are also good conductors of electricity because electricity

causes heat through electrons. Free electrons, electrons that roam freely though a

substance, carry heat and electricity because of the free electron theory.

2. What is the difference between a good conductor and a good insulator?

The difference between a good conductor and a good in...
Complete the following exercises.

1. Both, the thermal conductor and electric conductor relies upon the nearness of free

electrons in the substance. Number of free electrons in any substance is in direct

linking with the pace of warmness and electric transmission. As both thermal and

electric transmission relies upon proximity of free electrons, thus, the resources,

which are great conductors of warmth, are in addition the great conductions of

electricity.

2. What is the difference ...
Complete the following exercises.

1. Both, the thermal conductor and electric conductor relies upon the nearness of free

electrons in the substance. Number of free electrons in any substance is in direct

linking with the pace of warmness and electric transmission. As both thermal and

electric transmission relies upon proximity of free electrons, thus, the resources,

which are great conductors of warmth, are in addition the great conductions of

electricity.

2. What is the difference ...
PHY-102: Energy and Circular Motion Exercises
Exam (elaborations) • 8
pages
• 2022
PHY-102: Energy and Circular Motion Exercises

Complete the following exercises.

A rifle with a longer barrel can fire bullets with a larger velocity than a rifle with a shorter

barrel.

a. Explain this using the impulse-momentum theorem.

A rifle with longer barrel shoot shots with bigger speed when distinguished with rifle with shorter barrel,

on the grounds that, as indicated by drive energy hypothesis, motivation is reliant on the connected

power and time for which the power is conne...
PHY-102: Energy and Circular Motion Exercises
Last document update:
ago
PHY-102: Energy and Circular Motion Exercises

Complete the following exercises.

A rifle with a longer barrel can fire bullets with a larger velocity than a rifle with a shorter

barrel.

a. Explain this using the impulse-momentum theorem.

A rifle with longer barrel shoot shots with bigger speed when distinguished with rifle with shorter barrel,

on the grounds that, as indicated by drive energy hypothesis, motivation is reliant on the connected

power and time for which the power is conne...