Download - THIS IS a ripoff of JEOPARDY!
THIS IS
a ripoff of
JEOPARDY!
Increasing/Decreasing (2 min)
On which intervals is f(x) increasing if f β(x) = x2 β 7x + 6 ?
Inflection Points (3 min)
Find the inflection points of g(x) =
x = 0, -2, 2
Optimization (2 min)
At which x-value does the global minimum occur for the function
f(x) = 2x3 β 3x2 β 12xon the interval [-2, 3]?
At x = 2.
Related Rates (7 min)
A spherical droplet of water is evaporating. Assume that it evaporates from the surface of the sphere in such a
way that the sphere is shrinking from the outside in, but always maintaining a spherical shape. If, at the moment
when the sphere is mm3 in volume, the sphere is shrinking at a rate of mm3/s, find the rate at which the
radius of the sphere is shrinking, using proper units.(Note: the volume of a sphere is given by V = .)
ππππ‘
=169ππ /π
*
MVT (2 min)
What is the mean value of f(x) = ex on the interval [0, 5]?
mean value =
Derivatives (2 min)
The graph of a twice-differentiable function f is shown in the figure above. Order the following from
least to greatest:f(1), f β(1), f β(1)
f β(1) , f(1), f β(1)
Concavity (2 min)
If f β(x) = (x + 4)3(x + 3)2(x β 1), then where does the graph of f have inflection points?
At x = -4 and 1
Extrema (2 min)
The position of a particle moving on a line at time t is p(t) = . Between t = 0 and t = 6, at what time is
the particle at the maximum distance?
At t = 4.