Question

I

Answer 1

@zepdrix @triciaal

Answer 2

I need to know the acceleration due to gravity and the average G value for each of them given what I have

Answer 3

E Earth Moon Mars
Distance (m) 2.25 3.08 4.04 4.57 4.68 3.55
Time (s) 0.680 0.793 2.20 2.26 1.58 1.38
Acceleration due to Gravity (m/s^2) 9.732 9.795 1.669 1.789 3.749 3.728
Average G value for the location (m/s^2)

Answer 4

I NEED TO KNOW THE AVERAGE G VALUE FOR THE LOCATION

Answer 5

I need the equation or formula please I am confused

Answer 6

a picture of the chart/table will work better methinks

but the acceleration could be obtained from the slope I'd think

Answer 7

and average... is more or less rate of change, which brings us back to slope again

Answer 8

Earth Moon Mars
Distance (m) 2.25 3.08 4.04 4.57 4.68 3.55
Time (s) 0.680 0.793 2.20 2.26 1.58 1.38
Acceleration due to Gravity (m/s^2) 9.732 9.795 1.669 1.789 3.749 3.728
Average G value for the location (m/s^2)

Answer 9

then again, a picture of the table woiuld help :)

Answer 10

This is the chart but it looks a little messed up but it is in line

Answer 11

well, surely doesn't look like that on your screen... so just screenshot it methink

Answer 12

I'm on a macbook

Answer 13

but I will try

Answer 14

Here it is

Answer 15

it is a download did you get it

Answer 16

http://prntscr.com/8q0dt3
There's a screenshot if you can't download the document for some strange reason.

For future reference, press command + shift + 4 to screenshot something on a Mac.

Answer 17

yes.... well
you have two values per each location
so the average "G"ravity will be the sum of both, divided by 2
say for earth will be \(\bf \cfrac{9.732+9.795}{2}\)

Answer 18

So would they be in order= 14.6295 2.5635 5.613

Answer 19

@jdoe0001

Answer 20

@jdoe0001 Please check

Answer 21

@triciaal Did i do the table right?? :-)

Answer 22

no idea haven't look yet

Answer 23

@triciaal could you check please

Answer 24

not sure of final
for each location same process
velocity = distance /time
acceleration = velocity/time

for Earth

(3.08 - 2.25)/ (0.793-0.680) = velocity
velocity/time(1) = 9.732 velocity/time(2) = 9.795
average G = velocity/(t2 - t1)