drag each tile to the correct box. arrange the objects in order from greatest to least potential energy…

Explanation:

Step1: Calculate PE for 15 - kg stone

Using $PE = m\times g\times h$, with $m = 15$ kg, $h = 3$ m. So $PE_1=15\times g\times3 = 45g$.

Step2: Calculate PE for 10 - kg water

Using $PE = m\times g\times h$, with $m = 10$ kg, $h = 9$ m. So $PE_2=10\times g\times9 = 90g$.

Step3: Calculate PE for 1 - kg ball

Using $PE = m\times g\times h$, with $m = 1$ kg, $h = 20$ m. So $PE_3=1\times g\times20 = 20g$.

Step4: Calculate PE for 25 - kg box of books

Using $PE = m\times g\times h$, with $m = 25$ kg, $h = 2$ m. So $PE_4=25\times g\times2 = 50g$.

Step5: Compare the potential energies

Since $90g>50g>45g>20g$, the order is 10 kilograms of water stored at a height of 9 meters > a box of books with a mass of 25 kilograms placed on a shelf 2 meters high > a 15 - kilogram stone found at a height of 3 meters > a 1 - kilogram ball located 20 meters in the air.

Answer:

10 kilograms of water stored at a height of 9 meters > a box of books with a mass of 25 kilograms placed on a shelf 2 meters high > a 15 - kilogram stone found at a height of 3 meters > a 1 - kilogram ball located 20 meters in the air