9) Find csc 0 if sec 0 = 9-√5 2

Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter3: Subtraction Of Common Fractions And Mixed Numbers
Section: Chapter Questions
Problem 14A: Three holes are bored in a checking gage. The lower left edge of the gage is the reference point for...
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My professor never uploaded the correct review answer key and the test is tomorrow! Any help appreciated.

Find the value of the trig function indicated.(DRAW THE TRIANGLE) ni signs id id
√5
9) Find csc 0 if sec 0 =
10) Find cot if sec 0 =-
ree
2
11) Find csc 0 if sec 8=
12) Find cot 0 if csc 0 =
(CA
7
13) Find csc 0 if cot 0 =
novi too14) Find csc 0 if cot 0 =
23
bas
05 (9
als boe
000 (05
2.0
Suppose that point P is on a circle with radius r, and ray OP is rotating with angular
speed w. Use the given values of r, w, and t to do the following. See Example 6.
(a) Find the angle generated by P in time t.
(b) Find the distance traveled by P along the circle in time t.
(c) Find the linear speed of P.
(SS
RIZ
83. r = 20 cm, =
radian per sec, t = 6 sec
84. r= 30 cm, w =
radian per sec, t = 4 sec
85. r= 8 in., w =
radians per min, t = 9 min
86. r= 12 ft, w = 87 radians per min, t = 5 min
0% 800 ba
- 2²/5
2√√√5
15
201
E
704
- CH
Transcribed Image Text:Find the value of the trig function indicated.(DRAW THE TRIANGLE) ni signs id id √5 9) Find csc 0 if sec 0 = 10) Find cot if sec 0 =- ree 2 11) Find csc 0 if sec 8= 12) Find cot 0 if csc 0 = (CA 7 13) Find csc 0 if cot 0 = novi too14) Find csc 0 if cot 0 = 23 bas 05 (9 als boe 000 (05 2.0 Suppose that point P is on a circle with radius r, and ray OP is rotating with angular speed w. Use the given values of r, w, and t to do the following. See Example 6. (a) Find the angle generated by P in time t. (b) Find the distance traveled by P along the circle in time t. (c) Find the linear speed of P. (SS RIZ 83. r = 20 cm, = radian per sec, t = 6 sec 84. r= 30 cm, w = radian per sec, t = 4 sec 85. r= 8 in., w = radians per min, t = 9 min 86. r= 12 ft, w = 87 radians per min, t = 5 min 0% 800 ba - 2²/5 2√√√5 15 201 E 704 - CH
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