Hears a tip for maneuvering your way around on these Q and A websites:
When you ask somebody to pick the correct item from a list of multiple choices for you,
people will always appreciate it if you let them see the list.
The loss of wave energy when it encounters a surface and causes the waves to become weaker is known as wave reflection. This can happen when waves bounce off a barrier or shoreline, leading to reduced energy and amplitude in the reflected waves.
Heat loss varies all over the Earth due to differences in surface characteristics, such as land vs. water, altitude, and vegetation cover. Factors like sunlight angle, cloud cover, and atmospheric circulation patterns also play a role in how heat is distributed and lost across different regions. Patterns of heat loss are further influenced by ocean currents, prevailing winds, and the Earth's tilt and rotation.
Yes, heat flow out of the atmosphere changes during a day due to variations in solar radiation, cloud cover, and air temperature. At night, heat loss is generally higher as there is no incoming solar radiation, while during the day, heat gain from the sun can offset some of this loss. Temperature differences between day and night contribute to this fluctuation in heat flow.
The normal response to excessive loss of body heat in a cold environment is shivering. Shivering generates heat by increasing muscle activity, which helps to maintain core body temperature. The body may also constrict blood vessels near the skin's surface to reduce heat loss.
They slow the loss of heat
the answer to that question is ..... i dont even know
Heat absorption is the process by which an object takes in heat energy from its surroundings, increasing its own temperature. Heat loss, on the other hand, is when an object releases heat energy to its surroundings, causing its temperature to decrease. Both processes are important for understanding how thermal energy is transferred between objects.
When heat is added, it is called heat absorption or heat gain. When heat is subtracted, it is called heat release or heat loss.
The SUBCUTENOUS FAT LAYER which is made ou of fatty tissue that prevents the quick loss of heat and promote quick absorption of heat
land absorbs and loses heat faster than sea water
absorption: having a change in energy from source to the receiver by its medium scattering by particles: occurs without a change in energy, but results in a change in direction of propagation
heat loss
Oxidation. That is a chemical reaction process that has nothing to do with heat loss.
the thicker the insulation is then there will be less heat loss. The material also affects heat loss
boiler efficiency calculation methods:Input-output methodη = Output / Input Output is defined as the heat that is absorbed by working fluid. Input is defined as the chemical heat of fuel plus the heat that is added to working fluid, air, gas and other fluid circuit in which the fluid circuit across thin layer.Heat Loss MethodHeat loss method is the method that is used to calculate the percentage amount of heat which is not useful. This method is very effective used in an attempt to find potential savings of boiler with heat balance. There are several factors act as the source of heat loss combustion. These factors will be used to calculate boiler efficiency based on heat loss method. The source of heat loss can be seen as following below:a. Heat loss due to dry flue gasHeat loss due to dry flue gas is the heat loss which is contained in dry flue gas such as CO2, O2 and N2. These gases are one of causes of heat loss in combustion process. The high temperature of flue gas coming out from boiler affect amount of heat loss.The weight and heat loss of dry flue gas of combustion of coal can be calculated as following formula:Wdfg = mCO2 + mSO2 + mO2 + mN2Eloss dfg = Wdfg x Cp x (To - Ts)Where:Wdfg = weight of dry flue gas (kg/kg coal)Eloss dfg = heat loss in dry flue gas (kJ/kg)To = temperature of dry flue gas coming out from boilerTs = temperature of surroundingby Gajanan Nalegaonkar
Heat loss of water: The surface area effects the the rate of heat loss because the rate of heat loss increases if the surface are is higher. How: The water is spread out into a bigger space meaning the
About 90% of the Sun's energy is lost as heat before it reaches a producer in the food chain. This loss occurs through processes such as reflection, absorption, and transmission in the Earth's atmosphere.