Derivative review - product & quotient rules

If s(t) is the position function of an object, the second derivative of s(t) gives us . . . . 

Differentiate the function below . . . 

This function is not differentiable at x = 0 because there is a . . . . 

This function is not differentiable at x = 0 because there is a . . . . 

The Quotient Rule: "low d-hi minus hi d-low, squared the ______ and away we go."

To find a horizontal tangent to a function f, take its derivative and . . .

The graph of the derivative of a function f(x) describes the _____ of f(x).

This function is not differentiable at x = 0 because there is a . . . . 

This is the . . . .

Differentiate the function below . . .

To differentiate the function y = 2xsinx we have to use the . . . . 

True or False: A function can be continuous but not differentiable at a point.

The absolute value of velocity is . . . . 

Differentiate the function below . . . 

Differentiate the function below . . .

If s(t) is the position function of an object, the first derivative of s(t) gives us . . . . 

The graph of the derivative of the function below would look like . . . .

Differentiate the function below . . .