It works this way. Even if you could set the thermostat at 200 it will not heat the water any quicker. It sounds as if you have an undersized heater. A larger heater will heat the water faster if your system can upgrade to the larger size heater. Your house will not heat up any faster if you set the thermostat to maximum. It is the output capacity of the heater that determines how fast it will heat.
What dictates heater size is:
the size of the gas line.
the length of the gas line run from the meter to the heater.
the size of the meter.
how many GPM the pump is producing.
the GPM capacity of the filter.
the size of the Plumbing in you pool ~ 1.5"; 2"; 3"
total gallons in the pool.
are among a few. Just common sense here......
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This is known as the "Critical Temperature". For example, CO2 has a critical temp of 31.2 degrees C and NH3 has a critical temp of 132 degrees C
Any temperature above or below the temperature at which they were glued together.
Country that there temperature is above zero degrees
Above 87.3 K.
Nothing particular happens.
temperature is just above normal. You will be fine soon.
It needs to be warm about 90 degrees F (32 degrees C), not hot. Never above 98 degrees, as that could cause the body temperature to rise.Of course, this differs from person to person, but this is the general "setting" most people use.
Surface temperature is the temperature on the outside of the object. For example the surface temperature of the Earth is the Ground temperature and the surface temperature of an orange is the rind not the pips.
water boils at 100c, but as the temp above zero rises, more and more water turns to vapour, hence clothing dries quicker the higher the temperature.
A person can tell if their home heat pump thermostat is working by setting the temperature a few degrees above or below ambient to see if it kicks on. A thermometer can be used to verify the temperature.
-- pure alcohol at room temperature -- mercury at room temperature -- oxygen below its boiling temperature -- iron above its melting temperature -- nitrogen below its boiling temperature -- salt above its melting temperature -- gold above its melting temperature -- any other element or compound that is not H2O, above its melting temperature and below its boiling temperature
It depends on the metal. As an example mercury (Hg) is liquid or molten at room temperature. Gallium becomes molten at just slightly above room temperature. Tungsten on the other hand has a very high melting temperature.
it depends on how loud it really is, because unless it's unusually loud then yes it's normal. All that is, is you compressor cycling on and off to your temperature setting. When the temperature goes above the setting it turns on so it doesn't get too hot. When the temp falls below the compressor will shut off so it don't get too coldAnswerit depends on how loud it really is, because unless it's unusually loud then yes it's normal. All that is, is you compressor cycling on and off to your temperature setting. When the temperature goes above the setting it turns on so it doesn't get too hot. When the temp falls below the compressor will shut off so it don't get too cold
Yes you can count on the settings being above freezing, 0 degrees C or 32 degrees F. On a standard thermostat that controls baseboard heaters the low setting is 10 degrees C or 50 F. and the high setting is 30 degrees C or 86 F.
There is no difference.
That ______ will cause ________ OR If _______, then ________ For example - that increasing the temperature above 50°C will result in a decrease in the activity of enzyme Y.
Above the Curie temperature ferromagnetic elements and materials lose this characteristic.