Particle size would have much to do with it. The smaller the size of the single particle, the larger the difference between surface area (directly heated) to the volume that has to be heated.
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Melting need an increase of the temperature.
To increase the kinetic energy of an object, you need to increase either its mass or its velocity. Kinetic energy is directly proportional to both mass and the square of velocity.
An increase in current will only affect resistance if it causes the temperature of the conductor to change. For pure metallic conductors, and increase in temperature will cause an increase in resistance.
The thermal energy of any substance is the product of its specific heat and the temperature difference between it and the surroundings. So if you increase the temperature you directly increase the thermal energy, in proportion to the difference between its temperature and ambient temperature.
Heat capacity is the amount of heat needed to increase the temperature of an element (a given mass) by a temperature unit.Specific Heat Capacity is the amount of heat in Joulesneeded to heat 1kg of an element by 1 degree Kelvin.Joules per Kilogram KelvinIf the SHC of water is higher than that of iron, it means, you need more heat to increase the temperature of 1kg of water in 1 degree Celsius, than the heat you need to increase the temperature in 1 degree Celsius of the same mass of iron.P.S.A Celsius temperature difference is the same as a Kelvin temperature difference. In measuring SHC, we only need to focus on temperature difference rather than the temperature value. Add 273.15 to the Celsius measurement of the temperature to get the Kelvin temperature value.
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Oven stew calls for 4 hours @ 300 degrees. Need to have stew ready in 3 to 3.30 hrs. What temperature increase is correct? HELP !! need answer asap Thank you
To find the increase in temperature of the brakes, you need to calculate the total kinetic energy of the car before braking and then determine the amount of energy absorbed by the brakes during braking. Using the equation for kinetic energy (0.5 x mass x velocity^2) for the car before braking and equating it to the energy absorbed by the brakes, you can then find the increase in the temperature of the brakes using the specific heat capacity of iron.
Heat energy and a temperature difference.
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Eating snow can potentially lead to dehydration because the body uses energy to melt the snow, which can lower body temperature and increase the need for water to maintain hydration levels.