Add a period, question mark, or exclamation point at the end of each sentence. Are you wondering what side he took in the Civil War

Suppose that you are a nurse on one of the battlefields during the Civil War. Write a journal entry describing the conditions of the soldiers and your reaction to the situation.

In this exercise, use a computer algebra system to find the derivative of the function. Use the utility to graph the function and its derivative on the same set of coordinate axes. Describe the behavior of the function that corresponds to any zeros of the graph of the derivative.

$$g(x)=x \sqrt{x^2+1}$$

In this exercise, use a computer algebra system to find the derivative of the function. Then use the utility to graph the function and its derivative on the same set of coordinate axes. Describe the behavior of the function that corresponds to any zeros of the graph of the derivative.

$$y=\sqrt{\frac{2 x}{x+1}}$$

Before the U.S. Civil War, the Underground Railroad provided _______ for escaped slaves seeking freedom. a. pacification b. deliverance c. bestowment d. refurbishment

Using Graphs Which type of civil case appears to be declining? At its highest point, about how many of these cases were filed?

You drive 7.50 km in a straight line in a direction $15^{\circ}$ east of north. (a) Find the distances you would have to drive straight east and then straight north to arrive at the same point. (This determination is equivalent to find the components of the displacement along the east and north directions.) (b) Show that you still arrive at the same point if the east and north legs are reversed in order.

Understanding Relationships Imagine that you are at a location where the magnetic declination is $0^{\circ}$. Describe your position relative to magnetic north and true north.

Find the absolute extrema of the function over the region $R$. (In each case, $R$ contains the boundaries.) Use a computer algebra system to confirm your results.
$f(x, y)=x^2+2 x y+y^2, \quad R=\left\{(x, y): x^2+y^2 \leq 8\right\}$

Use a computer algebra system to analyze the function over the given interval.
Graph $f, f^{\prime}$, and $f^{\prime \prime}$ on the same set of coordinate axes and state the relationship between the behavior of $f$ and the signs of $f^{\prime}$ and $f^{\prime \prime}$.
$f(x)=0.2 x^2(x-3)^3,[-1,4]$

Olivia bas scores of $78,65,82$, and $79$ on her algebra tests. Use an inequality to find the minimum score she can make on her final exam to pass the course with a $78$ average or higher, given that the final exam counts as two tests.

In this exercise, use a computer algebra system to find the derivative of the function. Use the utility to graph the function and its derivative on the same set of coordinate axes. Describe the behavior of the function that corresponds to any zeros of the graph of the derivative.

$$y=2 \csc ^3(\sqrt{x})$$

Use a computer algebra system to find the fifth-degree Taylor polynomial, centered at c, for the function. Graph the function and the polynomial. Use the graph to determine the largest interval on which the polynomial is a reasonable approximation of the function. f(x) = x cos 2x, c = 0

A new species of eel is found to have the same mass but one-quarter the length and twice the diameter of the American eel. How does its moment of inertia for spinning around its long axis compare to that of the American eel? The new species has
A. half the moment of inertia of the American eel.
B. the same moment of inertia as the American eel.
C. twice the moment of inertia of the American eel.
D. four times the moment of inertia of the American eel.