Solve ΔABC. Round decimal answers to the nearest tenth. m∠B = 25°, a = 8, c = 3.

Solve ΔABC. Round decimal answers to the nearest tenth. m∠A = 103°, b = 12, c = 24

Find the area of ΔABC with the given side lengths and included angle. m∠A = 68°, b = 13, c = 7.

Solve the triangle. Round decimal answers to the nearest tenth. a = 23, b = 24, c = 20

Solve the triangle. Round decimal answers to the nearest tenth. B= 102°, C = 43°, b = 21

Solve ΔABC. Round decimal answers to the nearest tenth. a = 38, b = 31, c = 35

Write cos 53° in terms of sine.

Let ∠Q be an acute angle. use a calculator to approximate the measure of ∠Q to the nearest tenth of a degree. tan Q = 0.04

In ΔQRS, m∠R = 57°, q = 9, and s = 5. Find the area of ΔQRS.

Solve ΔABC. Round decimal answers to the nearest tenth. m∠A = 26°, m∠C = 35°, b = 13.

What was the significance of the pope’s declaring Charlemagne emperor?

A (qualitative/quantitative) observation is a property that is observed in a science investigation, but cannot be expressed with numbers.

Find the exact values of sin 2u, cos 2u, and tan 2u using the double-angle formulas. $\sin u=-\frac{3}{5}, \quad 3 \pi / 2<u<2 \pi$

Use a CAS to plot the surfaces. Identify the type of quadric surface from your graph.

$$5 x ^ { 2 } = z ^ { 2 } - 3 y ^ { 2 }$$