This is a problem dealing with the surface charge density. Based on the given problem above, <span>your charge is 8nc on a square plate of 22 cm x22 cm given that E= (surface charge density)/2ε₀ so answer would be 8nc/22/22/2ε₀. Therefore, the magnitude of the electric field to the right (x>0) of the right face of the slab would be </span>8nc/22/22/2ε₀.
Answer:
28.73 m from the base of the cliff collide happen
Explanation:
Equation for ball dropped from 50 cliff is reaches distance x in t seconds isi given by
stone is thrown up from the bottom with speed u=24 m/s . it reaches distance y when stone collide with ball.(g is negative here)
we know that total distance traveled by ball and stone is 50 m
adding equation 1 and 2, we get time t
substitute this time in equation 2, we can get the required distance where they collide
28.73 m from the base of the cliff collide happen
Answer:
Observational data collected by doppler radar, radiosondes, weather satellites, buoys and other instruments are fed into computerized NWS numerical forecast models.
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There are two different forms of mechanical energy: Kinetic energy and Potential energy.
Kinetic energy is created by an object's motion.
Potential energy is created by an object's position or its configuration.
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An electrostatic generator (also known as a Van de Graff generator) uses a moving belt, like a conveyor belt to make an electrical charge inside of a hollow metal globe supported by a rod. It produces very high DC or direct current.