I need help with this Geometry exam before tomorrow!!
I need help with this Geometry exam before tomorrow!!
Referring to the figure, complete the proportion (what is_x000D_
the numerator showing as a question mark):_x000D_
x ?_x000D_
— = ——_x000D_
8 16_x000D_
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| 2 | Answer:
Solve for x in problem #1._x000D_ |
| 3 | Answer:
Referring to the figure, complete the proportion (what is_x000D_
the denominator showing as a question mark):_x000D_
4 x_x000D_
— = —_x000D_
x ?_x000D_
|
| 4 | Answer:
Solve for x in problem #3._x000D_ |
| 5 | Answer:
Referring to the figure, complete the proportion (what is_x000D_
the numerator showing as a question mark):_x000D_
? x_x000D_
— = —_x000D_
x 3_x000D_
|
| 6 | Answer:
Solve for x in problem #5._x000D_ |
| 7 | Answer:
Referring to the figure, on the right triangle shown, find the_x000D_ unknown side length. (If necessary, round to the nearest tenth.)_x000D_ |
| 8 | Answer:
Referring to the figure, on the right triangle shown, find the_x000D_ unknown side length. (If necessary, round to the neartest tenth.)_x000D_ |
| 9 | Answer:
Referring to the figure, on the right triangle shown, find the_x000D_ unknown side length. (If necessary, round to the neartest tenth.)_x000D_ |
| 10 | Answer:
Classify the triangle formed by the given side lengths:_x000D_
6, 8, 10_x000D_
a. right triangle_x000D_
b. acute triangle_x000D_
c. obtuse triangle_x000D_
d. not a triangle_x000D_
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| 11 | Answer:
Classify the triangle formed by the given side lengths:_x000D_
3, 4, 6_x000D_
a. right triangle_x000D_
b. acute triangle_x000D_
c. obtuse triangle_x000D_
d. not a triangle_x000D_
|
| 12 | Answer:
Classify the triangle formed by the given side lengths:_x000D_
6, 2, 5_x000D_
a. right triangle_x000D_
b. acute triangle_x000D_
c. obtuse triangle_x000D_
d. not a triangle_x000D_
|
| 13 | Answer:
Classify the triangle formed by the given side lengths:_x000D_
5.4, 3.8, 6.5_x000D_
a. right triangle_x000D_
b. acute triangle_x000D_
c. obtuse triangle_x000D_
d. not a triangle_x000D_
|
| 14 | Answer:
Classify the triangle formed by the given side lengths:_x000D_
1, 2, 3_x000D_
a. right triangle_x000D_
b. acute triangle_x000D_
c. obtuse triangle_x000D_
d. not a triangle_x000D_
|
| 15 | Answer:
Classify the triangle formed by the given side lengths:_x000D_
1.6, 3.0, 3.4_x000D_
a. right triangle_x000D_
b. acute triangle_x000D_
c. obtuse triangle_x000D_
d. not a triangle_x000D_
|
| 16 | Answer:
Referring to the figure, find the value of x._x000D_
(Hint: Use the Theorems about special right triangles and write_x000D_
the answer in simplest radical form.)_x000D_
|
| 17 | Answer:
Referring to the Fig. in Question #16, find the value of y._x000D_
(Hint: Use the Theorems about special right triangles and write_x000D_
the answer in simplest radical form.)_x000D_
|
| 18 | Answer:
Referring to the figure, find the value of a._x000D_
(Hint: Use the Theorems about special right triangles and write_x000D_
the answer in simplest radical form.)_x000D_
|
| 19 | Answer:
Referring to the Fig. in Question #18, find the value of b._x000D_
(Hint: Use the Theorems about special right triangles and write_x000D_
the answer in simplest radical form.)_x000D_
|
| 20 | Answer:
Referring to the figure, find the value of m._x000D_
(Hint: Use the Theorems about special right triangles and write_x000D_
the answer in simplest radical form.)_x000D_
|
| 21 | Answer:
Referring to the Fig. in Question #20, find the value of n._x000D_
(Hint: Use the Theorems about special right triangles and write_x000D_
the answer in simplest radical form.) _x000D_
|
| 22 | Answer:
Referring to the figure, find the sine of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 23 | Answer:
Referring to the Fig. in Question #22, find the cosine of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 24 | Answer:
Referring to the Fig. in Question #22, find the tangent of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 25 | Answer:
Referring to the figure, find the sine of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 26 | Answer:
Referring to the Fig. in Question #25, find the cosine of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 27 | Answer:
Referring to the Fig. in Question #25, find the tangent of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 28 | Answer:
Referring to the figure, find the sine of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 29 | Answer:
Referring to the Fig. in Question #28, find the cosine of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 30 | Answer:
Referring to the Fig. in Question #28, find the tangent of angle A._x000D_ Express the value as a decimal rounded to four places._x000D_ |
| 31 | Answer:
Referring to the figure, use trigonometric ratios to find the _x000D_ value of x. Round decimals to the nearest tenth._x000D_ |
| 32 | Answer:
Referring to the figure, use trigonometric ratios to find the _x000D_ value of x. Round decimals to the nearest tenth._x000D_ |
| 33 | Answer:
The distance of the base of a ladder from the wall it leans against_x000D_ should be at least 1/4 of the ladder's total length. Suppose a 10 foot_x000D_ ladder is placed according to these guidelines. Give the minimum _x000D_ distance of the base of the ladder from the wall. _x000D_ |
| 34 | Answer:
Referring to the ladder in problem 33, how far up the wall will the_x000D_ ladder reach? |
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