Draw the angle in standard position: -370°

Convert to DMS: 140.2825°
140°16'57"
A 20 in diameter tire on a car makes 9.3 revolutions per second. Find the velocity of the tire (mph) to the nearest whole number
33 miles per hour
Find the measure of the angle indicated. Round to the nearest whole degree.

27°
Find the exact value of cot (7pi)/4

-1
Draw the angle in standard position:
(29pi)/12

Convert to decimal degrees: 135° 37' 3"
135.6175°
Find the linear velocity in meters per second of an object if it took 2 hours to travel a distance of 30 kilometers. Round to the nearest whole number.
4 meters per second
Find the measure of the missing side. Round to the nearest tenth.

7.3
Find the exact value: csc 300°

-(2sqrt3)/3
Convert to radians: -690°
-(23pi)/6
Find the length of the arc:
(35pi)/6 "
The second hand of a clock is 10.2 cm long. Find the linear speed in cm per minute of the end of this second hand. (round to nearest whole number)
64 cm per minute
Determine the ratio of the cosine of the angle.

5/13
Find the exact value of: cos (2pi)/3
-1/2
Find a positive and negative coterminal angle for
-(8pi)/3
(4pi)/3 and -(2)/3pi
Find the area of the sector

(75pi)/4 mi^2
Find the distance between the cities. Assume that the Earth is a sphere of radius 3960 miles and the cities are on the same longitude (one city is due north of the other). Round to the nearest whole mile.
Johannesburg, South Africa 26°
Jerusalem, Israel 31°
346 miles
Find the cotangent if b = 3 and a =
3sqrt15
sqrt15/15
Find the value of x and y:

x = 3;
y=(3sqrt2)/2
Determine the reference angle:
-(17pi)/6
pi/6
Ashley has a spinkler that has several varieties of coverage. The quarter-circle sprinkler head sprays water a distance of up to 20 feet from the head. What area will be coveed by the spray (to the nearest foot)
314
Find the radius of a circle if an arc length of 6 m is formed by an angle of pi/6 radians. (round to the nearest tenth)
11.5 m
61°
Determine the value of x and y:

x=4sqrt5 ; y = 4sqrt15