olve the A spherical balloon is being filled with air at the rate of 100 cm/min. At what rate is the radius of the balloon increasing when the radius is 5 cm? being poured at a constant rate of 3 cm/s into a i

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Chapter9: Optics
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100 cm'/min. At what rate is the radius of the balloon increasing
the path? At what speed is the length of the shadow increasing?
8 cm'/min. If the melting snowball is always a perfect spherical
1 m/s. At what speed is the end of the person's shadow moving along
en by
at
3. A lamp is 6 m directly above a straight footpath. A person 2 m tall
righr conical vessel whose apex angle is 90°. At what rate is the
Solve the following:
wlien the radius is 5 cm?
wher being poured at a constant rate of 3 cm/s into an inverred
eters per
2.
onds, in
e line is
arer level rising when the depth is p cma
a
A long the footpath away from the light at a constant speed of
adring snowball is decreasing in volume at a constant rate of
S cm/min. If the melting snowball is always a perfect spherical
ane, find the rate at which its radius is changing when the radius
conds,
ven by
of the
is 4 cm.
Transcribed Image Text:100 cm'/min. At what rate is the radius of the balloon increasing the path? At what speed is the length of the shadow increasing? 8 cm'/min. If the melting snowball is always a perfect spherical 1 m/s. At what speed is the end of the person's shadow moving along en by at 3. A lamp is 6 m directly above a straight footpath. A person 2 m tall righr conical vessel whose apex angle is 90°. At what rate is the Solve the following: wlien the radius is 5 cm? wher being poured at a constant rate of 3 cm/s into an inverred eters per 2. onds, in e line is arer level rising when the depth is p cma a A long the footpath away from the light at a constant speed of adring snowball is decreasing in volume at a constant rate of S cm/min. If the melting snowball is always a perfect spherical ane, find the rate at which its radius is changing when the radius conds, ven by of the is 4 cm.
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