+ block motion. The first L is for ene ergy (by macroscopic forces doing w heat). The second Lis for energies a
+ block motion. The first L is for ene ergy (by macroscopic forces doing w heat). The second Lis for energies a
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Question
![Whenever the answer to the "is it above or below the zero reference for height?" question is Yes, then
it has gravitational potential energy at that point. If the answer is No, then its gravitational potential
energy at that point is zero.
In the space below, draw the LOL diagram for the cart + block motion. The first Lis for energies at the
initial point of the motion. The O is for transfers of energy (by macroscopic forces doing work or
microscopic interactions transferring energy through heat). The second Lis for energies at the final
point of the motion.
EKi
Egi
Esi
Egf
Eg
A Eph](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0bf97919-024a-41a0-89bf-bf9697753959%2Ff1273361-04ff-4405-8d19-4c16542d3347%2F5a4za2g_processed.png&w=3840&q=75)
Transcribed Image Text:Whenever the answer to the "is it above or below the zero reference for height?" question is Yes, then
it has gravitational potential energy at that point. If the answer is No, then its gravitational potential
energy at that point is zero.
In the space below, draw the LOL diagram for the cart + block motion. The first Lis for energies at the
initial point of the motion. The O is for transfers of energy (by macroscopic forces doing work or
microscopic interactions transferring energy through heat). The second Lis for energies at the final
point of the motion.
EKi
Egi
Esi
Egf
Eg
A Eph
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