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For a car braking abruptly from an initial speed of 100 km/h, we take a ˘¡10 m/s 2 and u ˘100 km/h ˘ 250 9 m/s. We take the positive square root, and so v ˘ r‡ 250 9 · 2 ¡20 x ˘ 1 9 p 250 2 ¡1620 x. In order to get a feel for this formula, we ask the following question. Example Use the formula derived above to ﬁnd the braking ... Feb 18, 2012 · I am confused about the source (police car) moving away or towards the observer (truck). Relative to the truck , the car is moving away from the observer at a high speed but both the car and the truck are also traveling in opposite directions. I used the equation f'= (v + v_o)/(v - v_s)*f for both scenarios but did not get any of the given answers.

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Jan 31, 2011 · since they're moving at constant speeds and assuming they travel in the same direction the velocity of car B relative to car A is 40-30 (10)km/h. this means our situation is equivalent to one of a parked car and another travelling at 10km/h. now car B is 4km away from carA, velocity=displacement/time. therefore time=4/10hours I.e 24mins.. Q: A car is moving north at 90 km/hr. Another car is moving south at a speed of 90 km/hr. What is the velocity of the first car relative to the second car? A: The relative velocity is ${\bf v}_{rel} = {\bf v}_1 - {\bf v}_2$. (Check: If ${\bf v}_2$ would have had at the same direction and magnitude as ${\bf v}_1$, the relative velocity would ...

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2) If an object is moving at a constant speed and a force pushes it in the same direction, the object will _____. A) stop moving B) slow down C) accelerate D) keep moving in the same direction Explanation: The correct answer is C. The object will accelerate because the new force is pushing it in the same direction. A thing in a car that you will need if the car crashes, to protect the driver and passengers. A long thin tool that moves across a vehicle`s windscreen to clear the rain off it. A car with a roof that can be folded back or removed completely.

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Each of the two-piece units produced panning errors like the one that caught the Miami house apparently moving at 28 mph. All of the moving radar units were subject to "shadowing," causing some of the patrol car's speed to be added to that of the target vehicle (Federal Register, Vol. 46, No. 5, Jan. 8, 1981).

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Take your speed. Multiply the value by 0.62. A handy trick if you don’t have a calculator to hand (e.g., you're driving) is to use the Fibonacci sequence (1, 1, 2, 3, 5, 8…). Take a number, the next one in the sequence is the kilometres if the previous one was miles (e.g., 50 mph is roughly 80 kph). Wind is blowing in east direction with speed 5^2 m/s. ... Q. 13 Man A sitting in a car moving at 54 km/hr observes a man B infrontof the car crossing perpendicularly the road of width 15 m in ...

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Method 2 – Shortcut. When moving upstream speed is M + E. when moving when escalator is stopped is M. and when moving upstream speed is M – E. speed is in AP, so time will be in HP, since they are inversely proportional. So time taken would be – 2 x 90 x 30 / (90+30) = 60 x 90/120 = 45 secs. Case B: Where the number of steps are asked

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Two green anacondas X and Y of length 10 m are moving in the same direction with a uniform speed of 20 kmph, with X ahead of Y. Upon detecting prey, Y decides to overtake X. Thus it accelerates by 1 m/s2, after 50 s the tail of Y slithers past X’s head. Question 5.1 Give the magnitude and direction of the net force acting on (a) a drop of rain falling down with a constant speed, (b) a cork of mass 10 g floating on water, (c) a kite skillfully held stationary in the sky, (d) a car moving with a constant velocity of 30 km/h on a rough road, (e) a high-speed electron in space far from all material objects, and free of electric and magnetic fields.

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two cars moving in opposite directions cover same distance, A stalled car is being pushed up a hill by three people, and it is moving at a constant speed. The net force on the car is A. in the opposite direction of the car's motion B. in the same direction C. Zero D.

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Dec 24, 2016 · For a number of reasons (it eliminates a few variables, trials destroy half the number of test vehicles, uniformity of impact plane, etc) the most common metric used to express automobile impact is its kinetic energy (“energy of impact”) as it is ... 2. Angle is parallel 3. Speed is increased 4. Torque is decreased 5. Ratio 18:30 or 3:5 6. Smaller drive gear – Speed –decreased Torque - increased 7. Shaft direction same Driven Drive Drive Driven

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_____26. A car is traveling north at After 12 s its velocity is in the same direction. Find the magnitude and direction of the car's average acceleration. A) 0.30 m/s2, south B) 2.7 m/s2, south C) 0.30 m/s2, north D) 2.7 m/s2, north _____27. A car initially traveling at 60 km/h accelerates at a constant rate of 2.0 m/s2. How much time is moving faster than car B, but not necessarily accelerating. Answer: D. All that is necessary is that car A has a greater speed (is moving faster). The car is heading leftward and the velocity is always in the same direction as the direction which the object moves.

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two cars moving in opposite directions cover same distance, A stalled car is being pushed up a hill by three people, and it is moving at a constant speed. The net force on the car is A. in the opposite direction of the car's motion B. in the same direction C. Zero D.

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A car of mass 400 kg is moving up a straight road inclined at an angle to the horizontal, where sin = . The resistance to motion of the car from non-gravitational forces is modelled as a constant force of magnitude R newtons. When the car is moving at a constant speed of 20 m s–1, the power developed by the car’s engine is 10 kW. GraviW increases the speed of the ball when It moves downward and reduces the speed when It is moving upward. Therefore, the centripetal acceleration to keep it moving in a clrcte Witt be larger at the bottom and smell- er at the top of the circle. At the top, tension and gravity are in the same direction, so the tension needed will be even ...

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A particle X, moving along a straight line with constant speed 4 m s − 1, passes through a fixed point O. Two seconds later, another particle Y, moving along the same straight line and in the same direction, passes through O with speed 6 m s − 1. The particle Y is moving with constant deceleration 2 m s − 2.

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TCS Numerical Ability Question Solution - Car A leaves city C at 5pm and is driven at a speed of 40 kmph. Two hours later another car leaves city C and is driven in same direction as car A. In how much time car B be 9 km ahead of car A if the speed of car B is 60 kmph.

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Two cars P and Q start at the same time from A and B which are 120 km apart. IT the two cars travel in opposite directions, they meet after one hour and if they travel in same direction (from A towards B), then P meets Q after 6 hours. A police van moving on a highway with a speed of 30 km h-1 fires a bullet at a thief's car speeding away in the same direction with a speed of 192 km h-1. If the muzzle speed of the bullet is 150 m s-1, with what speed does the bullet hit the thief's car ? (Note: Obtain that speed which is relevant for damaging the thief's car). Ans: