should be m1 = F*d2/(G*m2)
3
(
−
2
−
1
)
=
−
6
−
3
3
(
−
2
p
−
1
)
=
−
6
p
−
3
3(−2p−1)=−6p−3
−
6
−
3
=
−
6
−
3
the answer is 0
Step-by-step explanation:
The formula for the area of a square is:
A
=
s
2
Where:
A
is the area of the square.
s
is the length of the side of a square.
Substituting and solving for
s
gives:
225
cm
2
=
s
2
We can take the square root of each side of the equation giving:
√
225
cm
2
=
√
s
2
15
cm
=
s
s
=
15
cm
The formula for the perimeter of a square is:
p
=
4
s
Where:
p
is the perimeter of the square.
s
is the length of the side of a square.
Substituting for
s
from the solution for the previous formula and calculating
p
gives:
p
=
4
×
15
cm
p=60cm
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The answer is <span>C. 94 ´ 94 ; 8836 ft.
There are 4 possible gardens, each with different areas. From the biggest area to the smallest one:
8836 ft (C.) > 8835 ft (D.) > 8832 ft (B.) > 8811 ft (A.)
Thus, the </span>greatest possible area for a garden will be 8836 ft (choice B.). It should also be taken into consideration that this is a square ( 94 <span>´ 94 ) which is for surely rectangle. </span>
