Question

Is this correct

Answer 1

@Hero

Answer 2

@Nnesha

Answer 3

@Arcadiouse

Answer 4

@pooja195

Answer 5

couldn't answer that lol

Answer 6

Lol its okay I miss @Vocaloid today,

Answer 7

I bet lol

Answer 8

Any ideas as to where you should start?

Answer 9

Do you know how gravitational energy is calculated? (also just an fyi, the answer you have is incorrect)

Answer 10

Yes I do ,,, it is gpe=mgh

Answer 11

Can you do those calculations?

Answer 12

where m is mass g is gravitational acceleration and h is height

Answer 13

yeah but there are two measures of height provided , which do I use?

Answer 14

Gravitational Potential Energy = (Height from ground) * (acceleration of gravity) * (mass of object).
You would use the initial height

Answer 15

I got 44.1

Answer 16

Ok so that solves part of our problem,however, it said ADDED so potential after minus the potential
So we need to find potential after

Answer 17

How would you do that?

Answer 18

But then what about the other height provided 0.3+1.0

Answer 19

0.3+1.0***

Answer 20

Why would you do that?

Answer 21

\(\color{#0cbb34}{\text{Originally Posted by}}\) @pooja195
Ok so that solves part of our problem,however, it said ADDED so potential after minus the potential
So we need to find potential after
\(\color{#0cbb34}{\text{End of Quote}}\)

Answer 22

wait it would be 1.0-0.3

Answer 23

Potential before is BEFORE it was lifted.
So we would multiply
0.3 * 15 *9.8=44.1
Now the same with the other height:
0.1 * 15 * 9.8=?

Answer 24

14.7

Answer 25

44.1-14.7=29.4

Answer 26

I think you mean
15 x 9.8 x 1 = 147

Answer 27

yes

Answer 28

147-44.1=?

Answer 29

102.9

Answer 30

Yep

Answer 31

Oh my thank you soooo much sugarplum

Answer 32

So our steps:
15 * 9.8 * .3 = 44.1
15 * 9.8 * 1 = 147
147 - 44.1 = 102.9J
102.9 J
You're welcome cashew ;)