Two Cars, P And Q, Travel In The Same Direction On A Long, Straight Section Of A Highway.
Two cars p and q start at the same time from a and b which are 120 km apart. Their positions, as function of time are given by xp(t)= at +. If we assume that car q starts moving from point q at the same time car p starts from p, then the problem becomes a bit trickier.
1) Suppose Cars, P And Q Each Move With Constant Speed.
If the two cars travel in opposite directions, they meet after one hour and if they travel in same direction (from a toward b), t a). Car p passes car q, and is adjacent to car q at time t (subscript 0). Velocity of p is {15i + 20j) m s ' and the velocity of q is (20i — 5j) m s.
At What Time Do The Cars.
They meet at b with velocities 22 m/s and 31 m/s, respectively. If the two cars travel in opposite directions, they meet after one hour and if they travel in same. Car p passes car q at time t o.
At What Time Do The Cars.
Two cars, p and q, travel in the same direction on a long, straight section of a highway. Physics questions and answers two cars, p and q, travel in the same direction on a long, straight section of a highway. Two cars p and q start with velocities u and u 2, respectively at a but q, 1 second later.
If Their Accelerations Are A And 2A,.
We have to read the statement as follows. The expressions relating the distance travelled d. The cars travel in the same direction along a straight.