Answer:
wELL YOU WANT TO GRAB SOME M AND MS AND EAT THEM
Step-by-step explanation:
Well, minusing 8 from every t just moved theh function to the right 8 units
it had no effect on the number of t intercepts (horizontal is t axis instaead of x axis)
originally, it has 1 t intercept at t=0
now it still has 1 t intercept, but now it is at t=8
Given:
Two vectors are:


To find:
The projection of u onto v.
Solution:
Magnitude of a vector
is:

Dot product of two vector
and
is:

Formula for projection of u onto v is:




On further simplification, we get



Therefore, the projection of u onto v is
.
Answer:
24 monkeys are in the tree
Step-by-step explanation:
We solve it by writing
times 
Why is it over 100? Because every percent is out of 100!
X
(your equation)
60 times 40 = 2400 and 100 times 1 = 100, We get,
,
Lastly, we simplify the fraction by 100 on each side:
/
you get 24