If two planets orbit a star, but planet B is twice as far from the star as planet A, planet A will receive ____ times the flux t
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Answer:
The impulse transferred to the nail is 0.01 kg*m/s.
Explanation:
The impulse (J) transferred to the nail can be found using the following equation:
Where:
: is the final momentum
: is the initial momentum
The initial momentum is given by:
Where 1 is for the hammer and 2 is for the nail.
Since the hammer is moving down (in the negative direction):
And because the nail is not moving:
Now, the final momentum can be found taking into account that the hammer remains in contact with the nail during and after the blow:
Since the hammer and the nail are moving in the negative direction:
=
= -9.7 m/s
Finally, the impulse is:
Therefore, the impulse transferred to the nail is 0.01 kg*m/s.
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We use the voltage division problem between the load resistance, amplifier output resistance as
.
Here, is the output voltage,
is the amplifier voltage,
is the load resistance and
is the amplifier output resistance.
Therefore,
.
Thus, the amplifier output resistance is .