A low-power source of energy could put out a lot of work provided it
A) exerted its power over a very large distance.
B) operated for a short time.
C) operated for a long time.
D) exerted a sufficiently strong force.
E) Nonsense-- there is no way that a low-power source can put out a large amount of work.
Question 2
It takes 87 J of work to stretch an ideal spring from 1.4 m to 2.9 m from equilibrium. What is the value of the spring constant (force constant) of this spring?
A) 52 N/m B) 77 N/m C) 39 N/m D) 27 N/m
Diagrams showing the multiple energy shells and orbitals of a nitrogen atom
Relative Energy Consumption per Person for Selected Countries
Per capita consumption of power is high in the developed world and highest in the United States
The Visible Spectrum of Electromagnetic Energy
Solving Energy Problem
Differentiate each function with respect to x. (Power rule)