Note that if you simply reflected it and dilated it, it would be too far to the left
note that the distances bewteen the axises in image 1 were 1 and 3in image 3,the distances are 2 and 6
seems to be 3 times
so it's the 90 counterclockwise rotation and dilation by scale factor of 3
answer is last one
Answer:
It will take 6 hours for the new pump to drain the pool.
Step-by-step explanation:
As the complete question is not given, the complete question is found online and is attached herewith
Let the rate of new pump is given as x=W/t_1
Let the rate of the old pump is given as y=W/t_2
it is given that the time t_2=2t_1
So by substituting the values of t_2 in the rate equation of y
y=W/2t_1
y=(W/t_1*2)=x/2
Also the total rate of both the pumps is given as W/t3 where t3 is given as 4 hours so the equation becomes
x+y=W/4
x+x/2=W/4
3x/2=W/4
As x=W/t_1
3W/2t_1=W/4
Now as W is same on both sides so
3/2t_1=1/4
12=2t_1
t_1=6 hours
So it will take 6 hours for the new pump to drain the pool.
The first blank is 121 and the second blank is 144
Leg^2 +leg^2=hypotenuse^2
Let’s pretend you have a triangle
/|
/ |
/ |
/ | 6
/ |
/__ |
8
Leg^2+leg^2=hypotenuse^2
6^2+8^2=x^2
36+64=x^2
100=x^2
Now to get x by itself you need to get rid of ^2
You do this by squat rooting both sides. The square root of 100 is 10 (10•10=100)
So 10=x
The expression is equivalent to r^(m-n)