The function describes the volume of a right circular cylinder of height 3 ft and radius r feet. find the instantaneous rate of change of the voume with respect to the radius when r = 5
1 answer:
The volume of a right circular cone is calculated through the equation, V = πr²h where V is volume, r is radius of the base, and h is height. Given that height is 3 ft, this can be simplied into, V = 3πr² The rate of change with respect to r is, dV/dr = 6πr Substituting the DALE, dV/dr = (6)π(2 m)² = 24π Answer: 24π.
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<span>sometimes the</span> greater rate of change has<span> a “steeper” slope or </span>greater<span> absolute value than the other function ... </span>
There's a site called m.a.t.h.w.a.y, and you can type in those functions in order to get the graph ;)
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Step-by-step explanation:
add the parentheses first
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