Please Note: It may not always be possible to include the necessary special characters, superscripts, subscripts, etc. in e-mail responses to this group of exercises. We suggest that you discuss this matter with your professor/class and decide upon a system for indicating such characters. You may cut/paste some characters and/or Greek letters from Microsoft Word, using the Insert menu. Alternatively, we suggest that you agree upon abbreviations for or spell out symbols, Greek letters, or characters and indicate superscripts and subscripts by using "sup", "sub", or up/down carats.

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Determine the following:

1			The time it takes the ball to make a round trip according to 0 Need a Hint?
2			The distance between 0' and the wall according to 0' Need a Hint?
3			The mass of the ball according to 0' Need a Hint?
4			The mass of the ball according to 0 Need a Hint?
5			The speed of 0 as measured by 0' Need a Hint?

Observer 0' detects a spaceship traveling 0.900 x in the x' direction

6			The speed of the spaceship according to 0 Need a Hint?

An electron is accelerated from rest through an electrical potential difference of 1.00 × 10⁶ V.

7			Final kinetic energy of the electron Need a Hint?
8			Total relativistic energy of the electron Need a Hint?
9			Relativistic mass of the electron Need a Hint?
10			Speed of the electron Need a Hint?
11			Momentum of the electron Need a Hint?

A 2.00 × 10³ MW nuclear power plant operating at full power delivers 2.00 × 10⁹ J of electrical energy and 4.00 × 10⁹ J of waste heat every second.

12			The rate at which mass is converted to energy Need a Hint?
13			The amount of mass "burned" in one year

A particle of 4.00 × 10^-19-C charge and 5.00 × 10^-28-kg rest mass moving perpendicular to a 0.500-T magnetic field traces out a 1.00-m radius circle.

14			Magnitude of the velocity of the particle Need a Hint?
15			Magnitude of the linear momentum of the particle Need a Hint?
16			Kinetic energy of the particle Need a Hint?
17			Total energy of the particle Need a Hint?
18			Mass of the particle Need a Hint?