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(a) Determine the power dissipated by the 2.0 Ω resistor.( note:R1=4.0 ohm,R2= 5 ohm and V=12 v)
(b) If the voltage from the battery remains constant throughout the operation of the circuit, and the battery lasts for 4 hours, how much stored potential energy did it have to begin with?
A small container of water is placed on a carousel inside a microwave oven, at a radius of 14.0 cm from the center. What angle does the water surface make with the horizontal
a particle with charge 9.49times10-8 is moving in a region where there is a uniform magnetic field of 0.470 in the
What is the speed of a beam of electrons when the simultaneous influence of an electric field of 1.48×104V/m and a magnetic field of 4.66×10?3T, What is the period of the orbit
What is the Fourier transform of the 2-term wavelet f(t) = (4,2,1). Calculate this on paper (show your work) and graph the amplitude and phase spectra for this wavelet.
A 150 turn conducting coil with a radius of 18.3cm rotates ata frequency of f = 49.0Hz in a magnetic field B =0.230T. Calculate the generated rms emf
A mass (m=5kg) is attached to a horizontal spring and placed on a frictionless surface. The spring-mass system is compressed, and released. What is the total energy of the spring-mass system
The square loop (with side length 2m) is perpendicular to a 3T magnetic field. Determine the average current induced in the loop and the average power dissipated by the 10 ohm resistor.
A neutrino must pass within about 10^-18m of a quark to have any chance of interacting with it. estimate the average distance (in light years) that a neutrino would travel through the lead before it interacts
Two balls of mass 0.6 kg and 0.8 kg are connected by a low-mass spring. This device is thrown through the air with low speed, what is the total momentum of the device
Find out the magnitude of the acceleration of the electron. How large is the pulling force it the wagon is moving with a constant speed.
A new circus act features a large frictionless cannon with an 2500 N/m spring mounted at the bottom of a long barrel which makes an angle of 37.0o with the horizontal. Find the speed of the acrobat when he reaches the top of the barrel. Use energy ..
it takes 60 joules of work to move 2 coloumbs of charge from point A to point B. what is the potential difference between point A and point B
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