The electric field between two plates is 40 V/m.
To find the electric field between two plates, the values are given are,
distance = 3 cm
Voltage v = 120 v
<h3>What is electric field between two plates?</h3>
The electric field between plates is the area where the charges between two plates, influences can be seen. For example, if a charged particle is placed near any charged plate, the plate exerts an electric force to attract or repel the charged particle.
Formula is given as,
E = V / d (v/m)
Substituting the given values,
= 120 /3
=40 v/m
Hence, the answer is 40 v/m.
Learn more about electric field,
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Similar fossils found on different continents helped geologists determine how the continents used to be connected. Mountain belts marked the boundaries of moving plates, which showed in which direction the different continents drifted. Extrapolating from this information, scientists had a rough idea of how the continents were arranged eons ago.
Answer:
Explanation:
Given
acceleration a =2.2 m/s^2
Force F(t) is given by
F(t)=5.40 t N/s
Power supplied by this force at different time t is given by
Power
velocity at any instant t is given by
v=at
Power
Power
at t=1 s
Power =11.88 W
at t=2 s
Power
at =4 s
Power
Acceleration= velocity/time
1.1/2.7=0.41
The acceleration is .41 m/s^2
Answer:
As the direction of the centripetal acceleration is always towards inward, towards the center of curvature of the circular path. So the option c is correct that the centripetal acceleration is directed radially inward.
Explanation:
