A group of students were at a graduation party in one student’s back yard. The star of the basketball team, who is very tall, arrived late. As he walked across the back yard his head bumped into one light in a strand of part light. All of a sudden all of the party lights went out. Explain why all of the lights in the strand went out when one light was bumped

A group of students were at a graduation party in one student’s back yard. The star of the basketball team, who is very tall, arrived late. As he walked across the back yard his head bumped into one light in a strand of part light. All of a sudden all of the party lights went out. Explain why all of the lights in the strand went out when one light was bumped

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Polarizers: Three polarizers with different axes of transmission will be placed in the path of an unpolarized laser beam with an intensity of 1000 W/m². The transmission axis of polarizer A is vertical (0°), that of B is rotated 35.5° clockwise with respect to vertical, and that of C is rotated 53.3° clockwise with respect to vertical. The polarizers can be placed in any order, but the second polarizer must be 522 mm from the first, and the third must be 229 mm from the second. (a) Find the arrangement of polarizers that maximizes the transmitted intensity and compute the maximum intensity. (b) Find the arrangement of polarizers that minimizes the transmitted intensity and compute the minimum intensity.
A group of students was at a graduation party in one student’s backyard. The star of the basketball team, who is very tall, arrived late. As he walked across the back yard his head bumped into one light in a strand of part light. All of a sudden all of the party lights went out. Explain why all of the lights in the strand went out when one light was bumped.
Rank the light intensity, from largest to smallest, at the point P in the figures. View Available Hint(s) Help Reset В C E A 2 bulbs 3 bulbs 1 bulb 4 bulbs 2 bulbs 0.5m 1.0 m 1.0 m 1.5 m 2.0 m
At what conditions will EM waves be able to transmit through a conductor?
É=-V ¢ where is the electric potential. One of Maxwell's Equations for EM is VE where p is the charge density. O Combine these two equations to get an expression for the dependence of ø on p.