1 (kg / liters) per second = 3600 (kg / liters) per hour. So, multiply kg/l per second by 3,600 to get kg/l per hour.
71 km/s per megaparsec is an acceleration, not a velocity. Key this into the Google task bar: convert 71 km per second to miles per hour Out pops: In each case this would be the acceleration over a megaparsec (about 3 million light years) Sounds about right for the Hubble Constant.
True. To convert 25 minutes to hours, you would use the ratio of 1 hour to 60 minutes. This means you would divide 25 by 60, resulting in approximately 0.4167 hours.
None. A litre is a measure of volume and you cannot convert volume to an area in any meaningful way without further information such as the depth over the area in question.
(200 ft/sec) x (1mile / 5280 ft) x (3600 sec / hour) = (200 x 3,600 / 5,280) (ft - mile - sec / sec - ft - hour)= 136.364 miles per hour (rounded)
125 x 3600/5280 just over 85 mph
567,811 liters per second
you take all the metric tons...and out them over there ----->
That means kilowatt times hour - a power of 1 kilowatt, over a time of 1 hour, would give one kilowatt-hour. It is, therefore, a unit of energy (equal to 3,600,000 joules, since a joule is a watt-second).
yes, but you have to convert them and it can take over an hour
1 mile = 5,280 feet. 1 hour = 3,600 seconds (60 seconds / minute * 60 minutes / hour) Therefore 1 mile / hour = 5,280 feet / 3,600 seconds = 1.47 feet / second. So to convert miles per hour to feet per second, multiply by 1.47. And to convert feet per second to miles per hour, divide by 1.47. So for example 110 feet per second = 110 / 1.47 mph = 75 mph. And if you had it the other way, you'd take 75 mph * 1.47 to get 110 feet per second. BTW, if you're trying to figure out how fast a 75 mph fastball gets to a hitter, first figure out that it travels 110 feet per second, and then divide 60.5 (the number of feet from the mound to homeplate) by 110 (the number of feet the ball would travel in one second) and get 0.55 seconds. So a 75 mph fastball takes just over half a second to reach the batter.
A plane like a Boeing 747 uses approximately 1 gallon of fuel (about 4 liters) every second. Over the course of a 10-hour flight, it might burn 36,000 gallons (150,000 liters). According to Boeing's Web site, the 747 burns approximately 5 gallons of fuel per mile (12 liters per kilometer).
The water from Victoria Falls falls approximately 360 feet, or 108 meters.
19.3 (grams / liters) = 193 decigrams / liters
71 km/s per megaparsec is an acceleration, not a velocity. Key this into the Google task bar: convert 71 km per second to miles per hour Out pops: In each case this would be the acceleration over a megaparsec (about 3 million light years) Sounds about right for the Hubble Constant.
Either convert to decimals : 0.375 compared with 0.4 (so the second is greatest), or convert to a common denominator of 40 (got from 5x8) then you get 15/40 compared with 16/40 (so the second is greatest).
It depends on how fast it is dripping. If it drips 1 liter in 1 hour, that's 24 liters a day, 720 liters a month, and 8760 liters a year, almost 9 tons of water.
6 million cubic feet per minute or, 100000 cubic ft per second...