Question 6! This is applied thermodynamics (please consider equations for thermo)! Please make sure work is written NEATLY and the answer is in the right units! Thank you!NO TUTOR HAS GOT THIS RIGHT :( 6. Calculate the work done by gravity acting on a mass of 1000 kg, causing the mass to move through a distance of 1km at an angle of 45° to the direction of the gravitational force. Then perform a unit analysis to show that the work hasunits of Joules.

6. Calculate the work done by gravity acting on a mass of 1000 kg, causing the mass to move through a distance of 1 km at an angle of 45° to the direction of the gravitational force. Then perform a unit analysis to show that the work ha units of Joules.

6. Calculate the work done by gravity acting on a mass of 1000 kg, causing the mass to move through a distance of 1 km at an angle of 45° to the direction of the gravitational force. Then perform a unit analysis to show that the work ha units of Joules.

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Question 6! This is applied thermodynamics (please consider equations for thermo)! Please make sure work is written NEATLY and the answer is in the right units! Thank you!

NO TUTOR HAS GOT THIS RIGHT :(

6. Calculate the work done by gravity acting on a mass of 1000 kg, causing the mass to move through a distance of 1
km at an angle of 45° to the direction of the gravitational force. Then perform a unit analysis to show that the work has
units of Joules.

Science that deals with the amount of energy transferred from one equilibrium state to another equilibrium state.

Expert Solution

Step 1

Given data-

Mass(M)=1000 kg

Distance moved by mass is d=1000 m along 45⁰to direction of gravitational force. We have to find the work done.

Acceleration due to gravity g=9.81 m/s²

Let displacement of mass be d

Gravitational force acts always downward F=Mg

We have $θ = 45^{0}$ be the angle between F and d

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