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538J
heat will flow from the iron to the water until both are the same temperature
Temperature isn't governed by weight so both can have the same temperature. Do you mean which has a higher melting point? That's iron as silver melts at a lower temperature.
1 cubic foot of iron, at room temperature would weigh approx 2190 newtons.
The density of iron (at room temperature) is approx 7.87 grams/cm3. Therefore, volume of 63.6 grams = 8.08 cm3
38 cal
compound of iron
0.11cal/g degrees C
Q = 3 000 . 0,444 . ΔT (joules)ΔT is the difference of temperature.
538J
1935 J
The temperature of the sole plate of an electric iron depends on the setting of the number of "dots".Three dots or hot iron. Maximum sole plate temperature of 200 °C.Two dots or iron at moderate temperature. Maximum sole plate temperature of 150 °C.One dot or iron at low temperature. Maximum sole plate temperature of 110 °C.Nevertheless the accuracy of the sole temperature in relation to the iron setting is the responsibility of the iron manufacturer.
Temperature is the degree of hotness. So, if you have say 1kg or iron and you put 100 calories of heat into it, and do them same to a 2kg lump of iron, the first one will become hotter than the second, although they will both contain the same amount of heat. This heat is part of the internal energy of the iron lumps.
4-5 milligrams of iron per 1000 calories
The change in temperature is 25 degrees Celsius, meaning it takes 22.48 joules per degree of change. The specific heat of iron is 0.449 J/g degree Celsius. This means that the mass of iron must be 50.07 grams
The formula to use is Q=mc∆T heat transfered=(mass)(specific heat)(change in temperature) Iron's specific heat is 0.46, mass is 70 kg, and the change in temp is 10. The equation will look like this: Q=(70)(.46)(10) Q=322kJ
The thermostat on an iron works by turning the power to the heating coils on and off. This regulates the temperature of the iron, keeping it at the desired temperature. Usually, the thermostat is a bi-metallic switch, which moves in response to heat. The knob changes the pressure on the switch, which changes the amount of heat required to turn the switch off.