SOLUTION: A car drives south at 20 mi.per hr. Another car, starting from the same point
at the same time and traveling 400 mi. per hr goes east for 30 mins, then
turns North. Find the rate
Algebra.Com
Question 1194696: A car drives south at 20 mi.per hr. Another car, starting from the same point
at the same time and traveling 400 mi. per hr goes east for 30 mins, then
turns North. Find the rate of rotation of the line joining the cars (a) 1 hr.
after the start; (b) at the time the second car makes its turn.
Answer by ikleyn(52777) (Show Source): You can put this solution on YOUR website!
.
A car drives south at 20 mi.per hr. Another car, starting from the same point at the same time
and traveling 400 mi. per hr goes east for 30 mins, then turns North.
Find the rate of rotation of the line joining the cars
(a) 1 hr. after the start;
(b) at the time the second car makes its turn.
~~~~~~~~~~~~~~~
Looking at the numbers in your post, I do not think that they all are correct.
If you want to get help, double check your input, as it appears at the forum.
If needed, make changes in your post and re-submit it to the forum.
Please do not post it to me personally.
RELATED QUESTIONS
From a car traveling east at 40 mi.per hr., an airplane traveling horizontally
north at... (answered by ikleyn)
a car leaves New York traveling south at 50m/hr. One hour later another car leaves New... (answered by solver91311)
A bus leaves LA traveling at 50 mi/hr. An hour later a car traveling on the same road... (answered by josgarithmetic)
Given: d = rt, where "d" is distance, "r is rate, and "t is time.
A jeep leaves... (answered by ewatrrr)
Two cities X and Y are connected by a highway. A car leaves city X at 12:00 noon at the... (answered by josmiceli)
6. at 10 am a car leaves a house at the rate of 60 miles per hr. at the same time another (answered by rfer)
47. A train leaves kansas city, kansas, and travels north at 85 km per hr. Another train... (answered by checkley77)
Given: d = rt, where "d" is distance, "r" is rate, and "t" is time.
One car leaves... (answered by josgarithmetic)
Provided: d = rt, where "d" is distance, "r" is rate, and "t" is time.
One car... (answered by ewatrrr)