3. On our Earth the gravitational acceleration experienced by an object is approximately g =9,8 m/s.
(1) Perform a search and find the corresponding value for g on the
planet Mars. Then write your answer in a complete English sentence
that includes the units. (Note (1) will require a
citation in #4.)
ch) A can of beans beans dropped from height so meters will have its
height in meters, t seconds after release, be given by the formula
(**) s(t) =- 290 + sa
(a) Ift >3, explain in complete English sentences the meaning of "s(t) -
s(3)". Please note there is no mathematics involved in (a) just a request
that you write a clear English sentence. The word "between" should
DEFINITELY appear in your sentence.
(b) If we mischievously drop the beans from a height of 100m out the
window of our Mars orbiter, write the formula that gives its height t
seconds after release. Simplify! (Hint: Be sure to see (**) above.)
C) What will be the height of the beans 3 seconds after release?
(d) How many feet will the beans have fallen between release and t=3?
Explain in a complete English sentence how you used your answer from
(c) to help you answer this question.
(e) How many seconds will it take for the can of beans to hit the helmet
of the poor astronaut sleeping comfortably on the Martian surface? Set
up the equation and show your work. Round your answer to the nearest
tenth of a second
Draw a clear sketch with at least two colors showing us exactly what
hoolrotch illustrate the condition. ch