The characteristics of the gravitational potential energy allows to find the results for the energy change when climbing the stairs are:
- The energy change is: ΔU = 3390.8m. If the mass is m = 1kg the energy is ΔU = 3390.8 J
- This energy is a system configuration energy type.
Potential energy is a configuration energy of the system, the system has the ability to perform work. The gravitational potential energy is:
U = mg y - U₀
Where U is the gravitational potential energy and m the mass of the body, g the acceleration of gravity and y the height, Uo is the zero of the energy that must be defined for each case.
Indicates that the body rises a height of y = 346 m, the energy increases.
ΔU = U-U₀ = m g y
ΔU = m 9.8 346
ΔU = 3390.8 m
Where m is the mass of the body. If we assume that the mass is m = 1kg.
ΔU = 3390.8 J
This energy is due to the height therefore it is due to the configuration of the system, consequently it is a configuration energy.
In conclusion, using the characteristics of gravitational potential energy we can find the results for the energy change when climbing the stairs are:
- The energy change is ΔU = 3390.8m. If the mass is m = 1kg the energy is ΔU = 3390.8 J
- Potential energy is a system configuration wnwegy type.
Learn more about gravitational poetential energy here: brainly.com/question/19768887
