If you are wondering how that time equates to average I have bad news if you are 13 Y.O. or more. You have a lot of work to do, the average reasonably fit teenager can do that with no training. [or they could in the fifties when I was in school and Roger Bannister was our hero].
To convert liters per minute to milliliters per minute Multiply Liters by 1000 To convert now Milliliters per minute to Milliliters per second divide by 60 Thus if we have V liters per minute, that would translate to (1000 x V)/60 milliliters per second. So the conversion factor is 1000/60 or 100/6 or 50/3
To convert metres per second into metres per minute - multiply the value for the metres by 60. So that 18 metres per second would become 18 x 60 = 1,080 metres per minute.
To convert meters per minute to centimeters per second, divide by 60 since there are 60 seconds in a minute. So, an ant crawling at 12 meters per minute would be moving at 20 centimeters per second (12 meters/minute * 100 centimeters/meter / 60 seconds/minute).
This question has no answer because you cannot convert meters to inches per minute.However,If the question were, "How can you convert 4.5 meters per second to inches per minute", then the process to arrive at this answer would be:4.5 * meters/second * inches/meter * seconds/minuteOne inch is the same as 2.54cm; so, we can use this fact to determine how many inches are in a meter.100cm/(2.54cm/inch) ~ 39.3701 inchesThere are 60 seconds in a minute.We now have all of the numbers we need ...The number we get is 4.5 * 39.3701 * 60 ~ 10629.93The unit we get ismeters/second * inches/meter * seconds/minute(simplify meters) -> 1/second * inches/1 * seconds/minute(simplify seconds) -> 1/1 * inches/1 * 1/minute(simplify numbers) -> inches/1 * 1/minute(simplify expression) -> inches/minuteThe full answer would then be ~10629.93 inches/minute
A pulse is typically counted per heartbeat, which varies from person to person but averages around 60-100 beats per minute at rest. To convert this to pulses in one second, you would divide by 60 (for 60 seconds in a minute), resulting in roughly 1-1.7 pulses per second.
To calculate the distance a cockroach, crawling at a speed of 1.5 centimeters per second, would cover in an hour, we need to convert the time from seconds to minutes and then to hours. There are 60 seconds in a minute, so the cockroach covers: 1.5 centimeters/second * 60 seconds/minute = 90 centimeters/minute. There are 60 minutes in an hour, so the cockroach covers: 90 centimeters/minute * 60 minutes/hour = 5400 centimeters/hour. Therefore, the cockroach would cover 5400 centimeters or 54 meters in an hour.
Quite simple. Take the km/s number and change it into m/s. So 5km/s would equal 5000m/s. Then multiply that number by 60 (because there are 60 seconds in a minute) and you get your answer in meters per minute. 5km/s = 5000m/s x60 = 300000 meters per minute
1 per minute.
Unles you sprint or run really fast, it would take most people more then a minute to complete a lap around a track.
add a second minute hand. If you could add a second minute hand to an analog clock, you would be able to increase the precision by allowing the time to be determined to the second.
To convert 6 feet per minute to miles per hour, you would first convert feet to miles. There are 5,280 feet in a mile. So 6 feet per minute is equal to (6/5280) miles per minute. Since there are 60 minutes in an hour, you would then multiply the result by 60 to get the speed in miles per hour.
To convert rainfall from inches to gallons per minute, you need to know the area over which the rain is falling in square feet. Multiply the rainfall in inches by the area in square feet, then divide by 231 to convert to gallons. Finally, divide by the duration in minutes to get gallons per minute.