It depends on the size of the coil and the burn rate.
Average Transient Rate
To calculate CD interest rate, all you have to do is to just multiply the principal amount you have invested in CD with interest rate. If u want to calculate for the monthly interest then divide the resultant with 12.
No. It can be but need not be. For example, you might calculate the ratio of today's temperature in Celsius and in Fahrenheit and calculate the ratio. That is not a rate.
Capacity of container divided by rate of flow
Cooling coil efficiency is typically calculated as the ratio of the amount of heat removed by the coil to the total amount of heat that could have been removed if the coil operated at 100% efficiency. This can be expressed as (Actual heat removal) / (Maximum heat removal). The efficiency of a cooling coil is affected by factors such as air flow rate, temperature difference across the coil, and the design of the coil itself.
There is not enough information to calculate the rate of cooling.
To calculate condensate flow from AC units, you can use the formula: Condensate flow rate = Air flow rate x Moisture content of air x Condensation efficiency. You will need to know the air flow rate in cfm (cubic feet per minute), the moisture content of the air in grains per pound, and the condensation efficiency of the unit. This formula will give you the volume of condensate produced per unit of time.
To calculate the chilled water coil capacity using the airside performance, you would divide the airside thermal capacity by the ADP (Approach Design Point) temperature difference. This will give you the required chilled water flow rate to meet the cooling load of the airside system.
calculation on mass flow rate, wet bulb temp, approach, range & condition of cooling tower installation.
Cooling slows heart rate, thus slowing the pulse rate.
how do you calculate the rate of osmosis
how to calculate activity rate for machining
It depends on the size of the coil and the burn rate.
Cooling lowers the rate of the chemical reaction in the batteries.
No, the rate of heating and the rate of cooling of a substance are not necessarily equal. The rate of heating refers to how quickly a substance gains heat energy, while the rate of cooling refers to how quickly a substance loses heat energy. These rates can be different depending on factors like the material of the substance, the temperature gradient, and the presence of insulation.
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