Title: Nopeus ja kiihtyvyys
Course: Physical and chemical phenomena and their application

Q: In what time does a car stop from a velocity of {a} km/h, if its deceleration during braking is {b} m/s^2 ?
A: {a}/3.6/{b} (formula; values not in the backup's text)

Q: The athlete’s speed is {a} m/s. How many kilometers does he travel in {b} hours?
A: {a} *{b}*3600/1000 (formula; values not in the backup's text)

Q: A baseball hit by a student flew at an average speed of {a} km/h. How many seconds later did the ball hit the billboard {b} meters away?
A: {b}/({a}/3.6) (formula; values not in the backup's text)

Q: An object was dropped and it reached a speed of {a} m/s. How many seconds did the object fall?
A: {a}/9.81 (formula; values not in the backup's text)