Asked by Sarah
In outer space, a constat net force of magnitude 140 N is exerted on a 32.5 kg probe initially at rest. (a) what acceleration does thie force produce? (b) how far does the probe travel in 10.0 s...
I got a which equals 4.31 m.s^2 but how do i solve for b
I got a which equals 4.31 m.s^2 but how do i solve for b
Answers
Answered by
MathMate
Use
S=ut+0.5at<sup>2</sup>
S=distance travelled
u=initial velocity (=0)
t=10 s.
a=4.31 m/s/s
g is not involved because it is in outer space.
S=ut+0.5at<sup>2</sup>
S=distance travelled
u=initial velocity (=0)
t=10 s.
a=4.31 m/s/s
g is not involved because it is in outer space.
Answered by
Sarah
where did you get the 0.5 ??
Answered by
MathMate
actually the formula says
S=ut+at<sup>2</sup>/2
(ut plus half at<sup>2</sup>)
I now realize that the 0.5 is confusing.
S=ut+at<sup>2</sup>/2
(ut plus half at<sup>2</sup>)
I now realize that the 0.5 is confusing.
Answered by
Sarah
and i did 0(10) + 0.5(4.31 m/s/s)(10)^2= 225.5 and that is not right because the answer is 215
Answered by
MathMate
You may have put in the wrong number on the calculator, because 431/2=215.5 ≈ 215
Answered by
billy
WTF man
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.