If the particle in Problem 30 is an electron instead of a proton, what is the radius
Question:
If the particle in Problem 30 is an electron instead of a proton, what is the radius of the trajectory?
Data From Problem 30
A proton has an initial velocity v S B when it enters a region in which BA(vector) proton has an initial velocity is parallel to the z direction (Fig. P20.28). (a) Show that the proton will move in a circle that lies in the x–y plane. (b) If vB = 500 m/s and B = 0.80 T,
Step by Step Answer:
The strategy is the same as in the previous problem U...View the full answer
College Physics Reasoning and Relationships
ISBN: 978-0840058195
2nd edition
Authors: Nicholas Giordano
Related Video
The area of a circle is given by the formula: A = ?r^2 Where A is the area, ? is a mathematical constant (approximately 3.14), and r is the radius of the circle. The radius is the distance from the center of the circle to the edge. So for example, if the radius of a circle is 5 units, the area would be: A = ?(5^2) = ?(25) = 78.5 square units Here three friends went out to a restaurant and decided to have pizza for lunch. While they were waiting for their order, one of them stepped out to take a call but promised to return in two minutes. The waiter came and presented them with the menu, and they decided to order two 10-inch pepperoni pizzas. The waiter took their order and left. Just then, the third friend returned and asked what they had ordered. They explained that they had ordered two small pepperoni pizzas as they were only three of them and it would be enough for them. However, the third friend suggested that for the same price, they could get a large pizza that would be much bigger than the two small ones. He asked the waiter for a pen and paper and proceeded to calculate the area of the two small pizzas and compared it to the area of one large pizza. The friends were amazed at how the circle measurements worked and decided to change their order from two small pizzas to one large pizza.
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