Answer: 60 cm.
Step-by-step explanation:
We can use a ratio table to solve this. We know that 0.6 cm is the same as 3 meters. Yet, how many cm represent 300 meters? So far, we can set up over ratio table like this.
CM: 0.6, ?
M: 3, 300
What did we have to multiply to 3 to get to 300? 100. What we do to one area of the ratio table, we must do the same to the other. We have to multiply 0.6 by 100.
0.6 x 100 = 60
His model has to be 60 cm tall.
I am pretty sure the height is 4, but sorry if i am wrong
The famous formula for the volume of a sphere is
V = (4/3)π r³
where r is of course the radius of the sphere. Solving for r,
r³ = V / ((4/3)π)
r = ∛( V / ((4/3)π) )
r = ∛( 267.947 / ((4/3)(3.14159))) = 3.99932
Answer: 4.00 (to two decimal places)
The two integers that sum is 101 is 20.2 and 1