I would say 3 is the answer
I would think b. It equals an equal rate of 2.5 J’s meter
Answer:
the correct one is b
the difference between the final moment and the initial moment
Explanation:
The momentum is related to the moment
I = ΔP
∫ F dt = p_f - p₀
where p_f and p₀ are the final and initial moments, respectively
When checking the different answers, the correct one is b
the difference between the final moment and the initial moment
Gravity always produces a pair of forces ... two of them.
The forces are opposite.
One force pulls 'A' toward 'B'.
The other force pulls 'B' toward 'A'.
For this question, let's say Astronaut Bob is standing on Mars.
There are two forces of gravity between the Astronaut and the planet.
One force pulls Bob toward Mars.
The other force pulls Mars toward Bob.
The force that pulls Bob toward Mars is what we call his "weight".
The other force ... the one that pulls Mars toward Bob ... is
the force that nobody ever talks about, but it's there.
The force that attracts you toward the Earth is
your "weight" on Earth.
The force that attracts the Earth toward you is
the Earth's weight on you.
The two forces are equal !
I will post my work, but is that 99 degrees Celsius and 25 degrees Celsius?
All you have to do is plug in the initial temperature for gold where it says Tg and the initial temperature for the water where it says Tw and then plug that in and you will have your answer.