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The maximum potential difference across the terminals of a 60 Hz sinusoidal AC source is +20 V at t = 1/4 cycle. If at t = 0 the potential difference is zero, calculate the potential difference at t = 3.00 ms.
The Singapore Flyer is the world's largest Ferris wheel. Its diameter is 150 m and it rotates once every 30 min. Find the magnitudes of the average velocity
A kid of mass 20 kg is playing with a swing by an arm length of 5 m. His sister first pushes him such that the maximum angular deviation from vertical position is 0.2 radians (11.46 deg.).
A 6-kg bucket of water is being pulled straight up by a string at a constant speed. What is the tension in the rope
two particles of masses m1 93000 kg and m2 4200 kg are initially at rest an a distance 148.1 km apart. the masses are
In an experiment to study magnetic induction , in the North Pole of a permanent magnet is moved left to right toward a coil having 20 turns at a constant speed of 20 cm/s. find Is the voltage positive or negative
Two charge distributions, Q1=1.4X10^-10C and Q2=3.5X10^-10, WHat is the force between them and the electric field between them?
A thin spherical shell of mass 0.450kg and diameter 0.150 m is filled with alcohol (ρ = 806 kg/m 3). It is then released from rest at the bottom of a pool of water. Discover the acceleration of the alcohol-filled shell as it starts to rise toward th..
What power is supplied to the starter motor of a large truck that draws 260 A of current from a 22.5 V battery hookup
Suppose the minimum uncertainty in the position of a particleis equal to its de Broglie wavelength. what is the minimum uncertainty in its speed
A solid cylinder of mass 10 kg is pivoted about a frictionlessaxis through the center O. What is the angular acceleration of the cylinder
an electron is accelerated through a potential difference of 1.8 kv and directed into a region between two parallel
In reference to the power system reactance diagram, all values are given in pu. Determine the followings: Construct the bus admittance matrix for the power system shown in Fig. and Use Gauss-Seidel method to solve the load flow problem
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