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It depends on its kilowattage rather than its fluid capacity and also on the output temperature if its temperature control specific
Rather small. There are 5 ml to a teaspoon- and 1,000 ml to a liter.
The GCSE mark scheme says: Water has a higher specific heat capacity than oil [1 mark] so it can store and then release more energy than oil [1 mark]. There you go :)
Rather a lot of them, actually. You may want to be a bit more specific.
1 pint is the same volume and capacity as 2 cups, but usually in the kitchen rather than in math.
The correct term is 'specific heat capacity', not 'specific heat', and it is measured in joules per kilogram kelvin in SI. There are lots of sources of information on this topic on the internet, so why not do a search rather than have someone do one for you?
It depends on its kilowattage rather than its fluid capacity and also on the output temperature if its temperature control specific
Heat capacity is in the measurement of (kilo)Joules per mol degree Kelvin (J/mol K) Specific heat capacity is in joules/gram degree Kelvin (J/ gram K) Converting between the two is rather simple. To convert to specific heat capacity, divide the molar heat capacity by the molar mass of the molecule in question. eg. ( J/ mol K) / (grams/mol ) = J/ gram K, because mols will cancel.
Heat capacity is in the measurement of (kilo)Joules per mol degree Kelvin (J/mol K) Specific heat capacity is in joules/gram degree Kelvin (J/ gram K) Converting between the two is rather simple. To convert to specific heat capacity, divide the molar heat capacity by the molar mass of the molecule in question. eg. ( J/ mol K) / (grams/mol ) = J/ gram K, because mols will cancel.
Yes. Check the Wikipedia article on "specific heat", and you'll find some - for example ammonia, lithium at certain temperatures, and helium.
ah yes well you see a Calorimetry is the science associated with determining the changes in energy of a system by measuring the heat exchanged with the surroundings. Now that sounds very textbooky; but in this last part of Lesson 2, we are going to try to make some meaning of this definition of calorimetry. In physics class (and for some, in chemistry class), calorimetry labs are frequently performed in order to determine the heat of reaction or the heat of fusion or the heat of dissolution or even the specific heat capacity of a metal. These types of labs are rather popular because the equipment is relatively inexpensive and the measurements are usually straightforward. In such labs, a calorimeter is used. A calorimetry is a device used to measure the quantity of heat transferred to or from an object. Most students likely do not remember using such a fancy piece of equipment known as a calorimeter. Fear not; the reason for the lack of memory is not a sign of early Alzheimer's. Rather, it is because the calorimeter used in high school science labs is more commonly referred to as a Styrofoam cup. It is a coffee cup calorimeter - usually filled with water. The more sophisticated cases include a lid on the cup with an inserted thermometer and maybe even a stirrer
It depends on the size of it. If it's smaller, it has less capacity, and it it's larger, it has more capacity. Although, goldfish are rather unhappy in bowls. I recommend an aquarium with proper filtering.
The wire overheats. In a bad case, a fire can be started. Note that, sometimes, current capacity is actually more a factor of insulation capacity rather than wire size.
I assume you mean volume rather than capacity. The milliliter would be the best answer. It is 1 thousandth of a liter.
That sounds rather philosophical. Can you be more specific?
Weber
Why not? The capacity of being magnetized does not depend on the shape or on the size, but rather on the kind of material.