It is impossible to calculate this as we would need to know the radius of the car's wheel.
120 Kilometres = 120,000 metres There are 60 minutes in an hour 120,000 divided by 60 = 2,000 2,000 metres per minute (or 2 Kilometres per minute)
Second minute: the si base unit for time is secondvelocity: the si base unit for velocity is meters / second (m/s)
Saturn rotates quickly, once in 10.2 hours, so in one minute it would rotate through 0.59 degrees. At the equator of Saturn's visible surface that would be about 600 kilometres per minute.
The linear velocity of a minute hand depends on its length and the speed at which it rotates. Big Ben’s minute hand is significantly longer than that of a typical pocket watch. Therefore, even though both complete a full rotation in the same amount of time (60 minutes), Big Ben's longer minute hand has a larger linear velocity due to its greater radius.
155 × 60 = 9,300 metres per hour.
80/10 = 8 metres per minute
That's 1,5 km. In a car it takes about 1 minute or less.
50 metres = 1 second 3,000 metres = 1 minute = 3 kilometres 180 kilometres = 1 hour assuming 'in seconds' means one second
Air velocity is typically measured in units of meters per second (m/s) or feet per minute (ft/min).
It means how fast something rotates. Rather than taking the linear speed (meters per second, or some other common unit of speed), the angular velocity is specified in radians per second, degrees per second, revolutions (full turns) per minute, or something similar. By this definition, each part of a solid, rotating object rotates at the same angular speed.
The answer completely depends on the size of the wheel. The question neglects to give this vital piece of information, so it's not possible to calculate an answer.
The average velocity during that period is 50 kilometers per hour north.