3. Evaluate: 8 A 1 3 a. 2 1 b. 2 4. Solve for x: 4x=8x-1 a. 4 b. 3 1 512 c. 2 C. d. 512 d. 1 8. To solve the following for x you must use: 99° 15p 10m 7. To minimize the surface area of a rectangular prism whose volume must be 1000m³ would have dimensions: a. 5m 20m - 10m b. 25m 20m 2m c. 10m 10m - 10m d. 25m 8m. 5m a. The sine law b. The cosine law c. The primary trig ratios d. Pythagorean Theorem 9. The measure of the angle x shown here is: 42° a. 32° 20 16' b. 34° C. 39° d. 82°

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question

solve multiple choice

3. Evaluate:
8
A
1
3
a. 2
1
b. 2
4. Solve for x: 4x=8x-1
a. 4
b. 3
1
512
c. 2
C.
d. 512
d. 1
Transcribed Image Text:3. Evaluate: 8 A 1 3 a. 2 1 b. 2 4. Solve for x: 4x=8x-1 a. 4 b. 3 1 512 c. 2 C. d. 512 d. 1
8. To solve the following
for x you must use:
99°
15p
10m
7. To minimize the surface area of a
rectangular prism whose volume must
be 1000m³ would have dimensions:
a. 5m 20m - 10m
b. 25m 20m 2m
c. 10m 10m - 10m
d. 25m 8m. 5m
a. The sine law
b.
The cosine law
c. The primary trig ratios
d. Pythagorean Theorem
9. The measure of the angle x shown
here is:
42°
a. 32°
20
16'
b. 34°
C. 39°
d. 82°
Transcribed Image Text:8. To solve the following for x you must use: 99° 15p 10m 7. To minimize the surface area of a rectangular prism whose volume must be 1000m³ would have dimensions: a. 5m 20m - 10m b. 25m 20m 2m c. 10m 10m - 10m d. 25m 8m. 5m a. The sine law b. The cosine law c. The primary trig ratios d. Pythagorean Theorem 9. The measure of the angle x shown here is: 42° a. 32° 20 16' b. 34° C. 39° d. 82°
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