Yes cooling requires larger duct work. Typically you would size the duct work for the cooling system and heat will work fine as well
A bottleneck event would decrease your population to a very small number and, consequently, your gene pool would contract, some alleles would be lost and genetic variability would decrease. Google Cheetahs.
The most notable fan used for both heating and cooling would probably be of the Dyson brand. They have a product called the Dyson Hot+Cold, which is a bladeless heater fan used for both cooling and heating.
Without insulation your heating and cooling costs would be too expensive.
decrease the cutting forces
no the lose will increase but motor would not heat up and its wiring will be safe this lose will decrease
Heating a pool will increase the rate of evaporation from that pool.
A decrease in the energy produced by the Sun. Energy from the sun provides heat so a decrease in this would lead to cooling.
The opposite of global warming is global cooling, which refers to a decrease in the Earth's average temperature over an extended period of time.
Changes in physical properties: cooling is temperature decrease caused by heat exchange
The reverse change of global warming is global cooling, which refers to a decrease in average temperatures worldwide. Global freezing is not a recognized scientific term but can be used colloquially to emphasize extreme cold conditions.
To decrease the entropy of a static body, you would need to decrease the disorder or randomness of its particles. This can be achieved by cooling the body, which can lower the thermal motion of its particles and reduce their entropy. Other methods include applying pressure to order the particles or removing impurities that contribute to disorder.
No. Core losses would be hysterisis loss and eddy current losses. Heat losses most likely is referring to I2R (I squared R) losses, which is losses due to the resistance of windings, and is dependent upon loading. There are other losses that are not heat related and core related - such as losses due to vibrations (the core is a major player here, but part of the noise is from windings and cooling systems). I've never heard someone refer to losses as "no heat" or "no core". These are fundamentally impossible - there WILL be core losses, and there WILL be I2R losses if you have a transformer and it is loaded.
Cooling sea surface temperatures, increased wind shear, or dry air moving into the storm are factors that can weaken a hurricane. Additionally, encountering land or interacting with other weather systems can also cause a hurricane to decrease in strength.
It would decrease.
It would decrease.
A debit would increase and a credit will decrease .