#24: Let be the function given by

#18: Let be the function defined by . What is the approximation for found by using the line tangent to the graph of at the point ?

#13: For time

#28:

#14: If is a differentiable function and

#25: Which of the following is a solution to the differential equation

#3: The graph of is shown above. What is

#19:

#30: A student attempts to solve the differential equation with the initial condition that when . The steps of the student’s solution are shown below.   Step 1:

#6: If