SOLUTION: a car travels along an inclined road, in the desert, at 45 mph for 6 hours, from point a to point b if the horizontal distance of this section of the road is 265 miles what is the

Algebra.Com
Question 1026121: a car travels along an inclined road, in the desert, at 45 mph for 6 hours, from point a to point b if the horizontal distance of this section of the road is 265 miles what is the angle of elevation of the road to the nearest tenth
Answer by Alan3354(69443)   (Show Source): You can put this solution on YOUR website!
The hypotenuse of the right triangle = 270 miles (45*6).
The base is 265 miles.
-------
Cos(angle) = 265/270
Angle =~ 11.04 degrees

RELATED QUESTIONS

A train travel south west from point a to point B through the Arizona desert 65 mph. How... (answered by Cromlix)
a man drives 500 miles along an inclined road of 20 degrees to horizontal. How high above (answered by solver91311)
A car starts from point P at time t=0 and travels at 45 mph. Write an expression d(t) for (answered by psbhowmick)
Monica just got a new car and she wants to ride it to the top of a mountain and visit a... (answered by ikleyn)
Alex the geologist is in the desert, 10 km from the nearest point N on a long, straight... (answered by josgarithmetic)
A man drives 500 ft along a road which is inclined 20° to the horizontal. How high above... (answered by nerdybill)
A bus headed out from point "A" traveling at 45 mph. Two hours later a car left from the... (answered by rfer)
A road is inclined at an angle of 45 degrees. After driving 300 feet along this road,... (answered by Cromlix)
At 9:00 am a car starts at point A and travels north for 1 hour at an average rate of 60... (answered by Greenfinch)