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How do you convert tons per hour to gpm?
Which type of ton - metric , short,or long? Since it looks like you are converting to gpm (grams/minute?) I'll use a metric ton. 1 metric ton (mT) = 1000 kg 1 (mT/hr) * (1000 kg/1mT) * (1000 grams/1 kg) * (1 hr/ 60 min) Doing the calculations you get: 1 m/hr = 16,666.667 grams/min
How many minutes per mile is 11 miles an hour?
approximately 5.5 miles/hour ============= Solution Method: ----------------- There are 60 minutes in 1 hour. We often say there are 60 minutes per hour. We express this relationship mathematically as: 60 min/hr To convert miles/min to miles/hr, do the following: 1 mile/11 min * 60 min/1 hr = 60 / 11 = ~5.45 miles/hr (average speed) * Note: minutes cancel in the numerator & denominator). ----------------- Original answer: 60/11 = 5.45 recurring (that is, 5.45454...) miles per hour. Therefore, running a mile in 11 minutes corresponds to 5.45 recurring miles per hour.
How long does it take to go 17kms at 80km per hr?
around 12 to 13 minutes
If a car travel 4 miles in 0 hours 22 minutes what is its speed in miles per hour?
10.9 miles per hr. (approx..)
How many days is 3500 minutes?
Use unit analysis to solve this problem. In one hour there are 60 minutes and in one day there are 24 hours. That is, hr/60min and day/24hr (The division can be pronounced "per", as in "60 minutes per hour" or "one hour per 60 minutes") Using these two terms, divide out the minutes and multiply in the days: 3500min * hr/60min * day/24hr The "min" units in the numerator of 35000 cancels out with the 60 min in the denominator of hr/60min. Same with the "hr". What you are left with is 3500 * 1/60 * 1day/24 Multiplying this out is approximately 2.43 with the unit of "days" left in the numerator.
Conversion of kg per hr into nm3 per hr?
You cannot convert kilograms per hour (kg/hr) into nanometers cubed per hour (nm3/hr). The kilogram is a measure of mass or weight while the cubic nanometer is a measure of volume. There is no direct conversion, unless you specify the density of the material involved.
How do you convert CFM to CMH?
Cmh = cubic meters per hour cfm = cubic feet per minute m3/hr * 35.3ft3/m3 * hr/60minutes = ft3/minute So, 1 cmh = 0.5883 cfm
What is the difference between Am3 pr hr and Nm3 per hr?
Am3 refers to actual cubic meters, which accounts for the actual volume of gas being measured, while Nm3 refers to normal cubic meters, which adjusts for changes in temperature and pressure. Therefore, the difference between Am3 per hr and Nm3 per hr lies in the way the gas volume is measured and corrected for varying conditions.
How can you convert btu to cfm?
To convert BTU (British Thermal Units) to CFM (Cubic Feet per Minute), you need to know the specific heat of the material being heated or cooled. The formula to convert is: CFM = (BTU/hr) / ((Temperature rise in °F) x (Specific heat of material)).
How do you convert 55mi per hr to km per hr?
88.7 km/h
Convert 50 miles per hr to feet per sec?
73.33 feet per second.
How do you convert miles per hour to kilometer per hour?
To convert miles per hour to kilometers per hour, you can use the conversion factor: 1 mile per hour is equal to approximately 1.60934 kilometers per hour. So, to convert, simply multiply the speed in miles per hour by 1.60934 to get the equivalent speed in kilometers per hour.
Convert 66 kilometers per second to kilometers per hour?
(66 km/sec) x (3,600 sec/hr) = 237,600 km/hr
3.5pints per min convert to cubic feet per hr?
Approx 3.51 cu ft per hour.
If the speed limit on interstate highways in Iowa is 65 milesper hr Convert this to km per hr?
104,6 km/h
How do you compute BTU of a heater using CFM and output temperature?
To calculate the BTU of a heater, you can use the formula: BTU = CFM x (Temperature rise in °F) x 1.08. Convert CFM to cubic feet per hour, measure the temperature difference between the air entering and exiting the heater, and multiply by 1.08, which is a constant factor. This will give you the BTU output of the heater.
How do you convert pounds per hr steam to btu per hr?
You need to look at a steam table first then Multiply lbs/hr steam x latent heat of evaporation in BTU/lb @ the operating pressure.
