Question

Example
Question: The height of the space
station from the earth's surface is
approximately 100 km. What is the
value of g there?
Answer: In the space station, if the
acceleration due to gravity is g', then
GM
st! Therefore, by using a
apply a force on another be
e, due to hanging of a
Mg is acting downwards
> is applied on a mass mL
by a pulley and a string
Newton's second law, the
rience acceleration.
FV Mg
Jefore,
a = m
my
g' = (R+r)2
g this acceleration wa
Example
Here, radius of the earth R=6000 km.
and height of the space station,
r=100 km, (can anyone pls explain this??)
Figure 3.08: the flo
a space shuttle
8 ay tion: As shown in
ended from two si
g on the mass me?
ver: 10 kg an:
es are not a for
nasses, and the
iplying with
es are transfo
GM
GM
g' = TR +r)2 R²(1+r/R)2 – (1 + r/R)2
g' = 70162 = 9.49 m/s2
The value of g' is not zero at all, but why does the ast
3.08) there?
9
does the astronaut feel weis
Weights.
10
y 98 m​

Answer 1

Answer:

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