Answer: d. 92
Step-by-step explanation: 150 time for equals 600. so all you gotta do is multiply 23 times 4
Answer:
Step-by-step explanation:
We want to factor the common monomial out of :
The greatest common monomial fact is
We factor to get:
The expression in the parenthesis has no common factor again since we factored the greatest common factor.
Answer:
(-4, -3)
(-4,3)
(4,3)
The clock wise rotation of the coordinate will be
(3,4)
(3,-4)
(-3,-4)
(-3,4)
The force is 1.6N and the distance between them is 1.3 meters
<h3>The force between them</h3>
An inverse variation from force to the square of distance is represented s:
k = Fd^2
Where k represents the variation constant
When F = 10, d = 2.
So, we have:
k = 10 * 2^2
k = 40
Substitute k = 40 in k = Fd^2
Fd^2 = 40
When d = 5, we have:
F * 5^2 = 40
This gives
25F = 40
Divide by 25
F = 1.6
Hence, the force is 1.6N
<h3>The distance between them</h3>
In (a), we have:
Fd^2 = 40
When F = 25, we have:
25 * d^2 = 40
This gives
25d^2 = 40
Divide by 25
d^2 = 1.6
Take the square root of both sides
d = 1.3
Hence, the distance between them is 1.3 meters
Read more about variation at:
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Answer:
Step-by-step explanation:
Given volume as a function of time is for a ball is V(t) = 10t
we know that volume of a sphere is given by
where r is radius of sphere
Note we are using formula for sphere as ball is spherical in shape
Now equating volume V(t) = 10t, and volume of a sphere is given by formula
Hence radius at a given volume can be modeled by function