So check the picture below
notice, since you're cutting out a square, the sides must all be equal, thus the largest "x" can't be 2, half of 4, it has to be just less than 2 or it has no volume, so x<2, and can't be 0, because, you'd have no volume either, so x>0, so 0<x<2

anyway... so that'd be dv/dx... you can just run it through the quadratic formula to get the critical points, and run a first-derivative test on them, bearing in mind the range for "x", (0, 2)
When reflecting over the x-axis, the y value change.
When reflecting over the y-axis, the x value change.
Answer:
.2
Step-by-step explanation:
(.35((.05)).25)
.05/.25 = .2
Answer:
2 minutes and 5 seconds
Step-by-step explanation:
60+20+15+15+15= 125 Seconds ( 2 minutes and 5 seconds )
I added three fifteens as I don't know the number of chambelanes.
Hope it helps!
Answer: 24X 1-(1/3)^n
1-(1/3)
Step-by-step explanation: