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For more classes visit\nwww.snaptutorial.com\n\nChapter 3\n\n20. Suppose that the three balls shown in Exercise 19 start simultaneously from the tops of the hills. Which one reaches the bottom first? Explain\n\n22. Which is greater, an acceleration from 25 km/h to 30 km/h or one from 96 km/h to 100 km/h if both occur during the same time?\n\nChapter 4

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PHY 101 Course Marvelous Learning / snaptutorial.com

The Best way to predict the Future is to create it.....To Best way....

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PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 1 Individual Assignment Textbook Exercises

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Chapter 3

20. Suppose that the three balls shown in Exercise 19 start simultaneously from the tops of the hills. Which one reaches the bottom first? Explain

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 2 Individual Assignment Textbook Exerices

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Chapter 2: 36, 39 & 47

36. As you stand on a floor, does the floor exert an upward force against your feet? How much force does it exert? Why are you not moved upward by this force?

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 2 Lab 20 and Lab 21

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Lab 21 Pressure and Volume of a Gas

Lab 20: Density and Buoyancy

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 2 Learning Team Assignment Textbook Exercises

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Chapter 11

12. Why don’t equal masses of golf balls and Ping-Pong balls contain the same number of balls?

14. Which contains more atoms: 1 kg of lead or 1 kg of aluminum?

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 3 Individual Assignment Textbook Exercises

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Chapter 15: 3 & 7

3. In a glass of water at room temperature, do all the molecules have the same speed?

7. Which has the greater amount of internal energy—an iceberg or a cup of hot coffee? Defend your answer

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 3 Lab 22 and Lab 23

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Lab 22: Speciﬁc Heat of Metals

Lab 23: Phase Changes

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 3 Learning Team Assignment Textbook Exercises

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(Chapter 15)

Problem 2: Suppose that a brass rod 1.0 m long expands 0.5 cm when its temperature is increased

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 4 Individual Assignment Textbook Exercises

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Chapter 19: 7 & 31

7. What happens to the period of a wave when the frequency decreases?

31. Why is lightning seen before thunder is heard

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 4 Lab 26 and Lab 28

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Lab 26: Reﬂection and Refraction of Light

Lab 28: Diffraction and Interference

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 4 Learning Team Assignment Textbook Exercises

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Chapter 19

4. A weight suspended from a spring is seen to bob up and down over a distance of 20 cm twice each second. What is its frequency? Its period? Its amplitude?

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 5 Individual Assignment Scientific Investigation Summary

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Write a 350- to 700-word summary in which you discuss the value of the scientific investigation process by examining experiments conducted in this course.

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 5 Individual Assignment Texbook Exercises

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Chapter 22: 2/6

#2: Suppose that the changes attracting each other in the preceding problem have equal magnitude. Rearrange Coulomb’s law and show that the magnitude of each charge is 2.8x10^-6C (2.8 microcoulombs).

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 5 Lab 33

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Lab 33: The Effect of a Magnetic Field on Moving Charges

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 5 Learning Team Assignment Astronomical Research Presentation

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PHY 101 Week 5 Learning Team Assignment Astronomical Research Presentation

PHY 101 Course Marvelous Learning / snaptutorial.com

PHY 101 Week 5 Learning Team Assignment Textbook Exercises

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Chapter 26

The Sun is 1.50 x 10^11 m from Earth. How long does it take for the Sun’s light to reach Earth? How long does it take light to cross the diameter of Earth’s orbit? Compare this time with the time measured by Roemer in the 17th century (Problem 1).

PHY 101 Course Marvelous Learning / snaptutorial.com

The Best way to predict the Future is to create it.....To Best way....

www.snaptutorial.com