Y = 2.2x
to check let’s plug in numbers
6.6 = 2.2(3)
6.6 = 6.6
since it’s true it’s most likely the right answer :)
The probability for each and every throw is always 1/2 independent of what has happened before.
P(6_T) = 1/2 * 1/2 * 1/2 * 1/2 * 1/2 * 1/2 = 1/64 or 0.015625
The answer would be 5/2q+9r+6r-20s
Explanation
We have the equation
5(1/2q+3r-4s)
which would equal
5/2q+15r-20s
so with the information
We can subtract 6r from 15r to get 9r
15r-6r=9r
+9r would be the missing piece
So we substitute it in to make the equation true.
5/2q(+9r)+6r-20s
Hope this helps or was correct
just look at the measurements