Evaluate the trigonometric function below from x = 1 up to x = 5.

The associated angles are in radians.

Evaluate:

Which of the following is the general solution of:

Find the area underneath the curve. Express your answer into 2 decimal places. 

\(\Large int_{1}^{3} (x^2)dx

Evaluate the function below from x = 1 up to x = 4.

Suppose in a certain market that x thousands of crates of oranges are supplied daily when p dollars is the price per crate, and the supply equation is

If the daily supply is decreasing at the rate of 25 crates per day, at what rate is the price changing when the daily supply is 5000 crates?

Evaluate the function below from x = 1 up to x = 3.

All associated angles are in radians.

Evaluate the exponential function below from x = 1 up to x = 5

Evaluate the second derivative of the function below at (1, -2).

Evaluate the function below from x = 1 up to x = 4.