1 hour or 60 minutes bcuz 15×4=60 and 20×3=60
So Volume (V) of a sphere is:

so essentially we need to divide the machine's Volume (V) the gumball volume (v)


now we divide V by v:

so b) 5,832 gumballs can fit in the machine
Answer:
48h
Step-by-step explanation:
Manny's amount of pictures will be represented by 36h, since he takes 36 every hour.
Colby's amount will be represented by 12h, since he takes 12 per hour.
Add these two together to get an expression:
36h + 12h
= 48h
So, 48h is the expression that can describe the combination of both of their pictures.
Y= -2x - 14
where y = mx + b
where m is the slope (-2)
and b is the y-value of the y-intercept (-14)
<span>y(1) = 0
y'(1) = e
y" = c1ex + c2e-x
y' = c1ex - c2e-x
for solving c1, 0 = c1e1 + c2e-1
this implies that c1 = - (c2/e2) and
to solve c2
e1 = (-c2e-2)e1 - c2e-1
e1 = (-2c2e-1)
c2= - (e1/2e-1) = - (e2/2)
c1 = - (c2/e2) = (e2/2e2)
Therefore y =(e2/2e2)ex - (e2/2)e-x</span>