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For the circuit below, the emf has an rms voltage of 120 Vat a frequency f= 60 Hz. The resistor is 20 ohm. the capacitor 40.0 muF, and the inductor 60.0 mH. Find (a) the inductive reactance, (b) the capacitive reactance, and (c) the impedance, (d) Finally, find the rms current.
The density of a certain metal solid is 7.2 x 10 ^ 3 kg/m^3, What is the speed of sound in this metal
The cohesive energy of a sodium chloride crystal is 6eV per ion pair, Neglecting the energy of repulsion, estimate the interionic spacing
Under controlled darkened conditions in the laboratory, a light receptor cell on the retina of a person's eye can detect a single photon of light of wavelength 503nm, What is the intensity in (W/m^2) delivered to a rod
If the winner's ball landed a distance 3.65 m from the table edge, calculate his break shot speed. Also need to know at what speed did his pool ball hit the ground.
Two tiny conducting spheres are equal and carry charges of -25.6 C and +60.5 C. They are separated by a distance of 2.07 centimeter. Find the magnitude of the force that each sphere experiences
question a 67.5 kg person sits on a 3.77 kg chair. each leg of the chair makes contact with the floor in a circle that
A long, straight wire carries a 10.0 A current in the + y direction as shown in the ¯gore. Next to the wire is a square copper loop that carries a 2.0 A current as shown. The length of each side of the square is1.0 m. Decide the magnitude of the net ..
When placed in series, what real battery are they equivalent to? When placed in parallel, what real battery are they equivalent to?
A fun-loving 10.6 kg otter slides up a hill and then back down to the same place, how much mechanical energy did she lose on the hill
a block of mass m 3.0 kg is attached to a spring of constant k 240 nm. it can slide along a board tilted at an angle
A chest x ray uses 14 keV photons. A 65 kg person receives a 35 mrem dose from one x ray that exposes 25% of the patient's body
Four identical masses of 2.7 kg each are located at the corners of a square with 1.5 m sides. What is the net force on any one of the masses
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