The circuit on the right resonates at 10,000 rad/s with a Q-factor of 10. (a) (3 pts) Determine the values of capacitor C. (b) (3 pts) Determine bandwidth B. (c) (4 pts) Determine resistor R. (d) (3 pts) When the source operates at the resonant frequency, the circuit becomes (A) a purely resistive circuit (B) a capacitive circuit (C) an inductive circuit (D) either an inductive or a capacitive circuit. (Choose one) (e) (3 pts) Find the average power dissipated by the circuit when the source operates at the resonant frequency.

•• al and bert are jogging side-by-side on a trail in the woods at a speed of 0.75 m/s. suddenly al sees the end of the trail 35 m ahead and decides to speed up to reach it. he accelerates at a constant rate of 0.50 m/s2, while bert continues on at a constant speed. (a) how long does it take al to reach the end of the trail? (b) once he reaches the end of the trail, he immediately turns around and heads back along the trail with a constant speed of 0.85 m/s. how long does it take him to meet up with bert? (c) how far are they from the end of the trail when they meet?

This chart shows characteristics of three different types of waves. which statement is best supported by the information in the chart? wave x and wave y are mechanical waves, and wave z is an electromagnetic wave. wave x and wave y are electromagnetic waves, and wave z is a mechanical wave. wave x and wave z are electromagnetic waves, and wave y is a mechanical wave. wave x and wave z are mechanical waves, and wave y is an electromagnetic wave.

The illuminance of a surface varies inversely with the square of its distance from the light source. if the illuminance of a surface is 120 lumens per square meter when its distance from a certain light source is 6 meters, by how many meters should the distance of the surface from the source be increased to reduce its illuminance to 30 lumens per square meter?