<span>potential energy! Because the rock has the ability to possible move! So :)</span>
Answer:
266.7k
Explanation:
Given parameters:
Initial pressure = 36Pa
Initial temperature = 300k
New pressure = 32Pa
Unknown:
New temperature = ?
Solution:
To solve this problem, we have to apply the combined gas law when the volume is constant;
in this instant, when the volume is constant, the pressure of a given mass of gas varies directly with the absolute temperature.
= 
P and T are pressure and temperature
1 and 2 are initial and final states
Insert the parameters and solve;
= 
T₂ = 266.7k
The work that you do on the lever will be the same as the work done by the lever on the rock. This aligns with the Law of the Conservation of Energy which states that energy can not be created nor destroyed. Since work can be calculated as force applied over a distance, you will apply a smaller force but your distance will be longer. The lever will apply a greater force over a shorter distance in proportion to yours. Therefore, the same amount of work is done on both sides of the lever.
Answer:
Total power flow in a balanced system is constant with time
Therefore, the torque required to a balance load is constant and the vibration is lessened
Explanation:
