By definition, the impulse is given by:
Where,
- <em>F: refers to the force that I feel applied
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- <em>Dt: It is the time differential in which force is applied.
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Therefore, we observe that the distinction between impulse and force is that the impulse is the force that is applied during a certain time.
Answer:
The distinction between impulse and force involves the time during which force is applied.
Https://www.youtube.com/watch?v=VhZyXmgIFAo
the answer? Variable will be the constant growth
Answer: C, Temperature difference.
Answer:
(A)-1.96e-10 nanoFarads (B)- 0.03528 C (C)- The flow of electricity is the flow of electrons through a medium. The air has to partially ionize in order to allow for the flow of electrons.Explanation:
(A) Capacitance can be calculated using or . This results in a value of 1.96e-12 nanofarads
(B) The total charge can be calculated using the equation C*V=Q
We have to find the voltage across the capacitor. To do this use the equation E*D=V. This results in a value of 1.8e8 Volts. Plug this value and the capacitance value into the equation C*V=Q. This will result in a value of 0.03528 coulombs of charge.
(C) The flow of electricity is the flow of electrons through a medium. The air has to partially ionize in order to allow for the flow of electrons.
Answer:
100 Joules
Explanation:
Applying,
W = mgh................... Equation 1
Where W = workdone to hold the box above the ground, mg = weight of the box, h = height of the box.
From the question,
Given: mg = 10 newtons, h = 10 meters.
Substitute these values into equation 1
W = 10×10
W = 100 Joules.
Hence the amount of workdone is 100 Joules