In an object heat and temperature are the same thing?
956325
false - temperature is a measure of heat
84117
Heat is just a form of energy.\n\nTemperature is the measure of the Average Kinetic energy of a substance.\n\nWhen you add heat energy to something, its moleculues gain kinetic energy is move around faster, thus increasing its temperature.\nWhen a substance changes phases (going from Solid to liquid for example), intermolecular forces must be over come, this requires energy...all the while, the temperature remains constant.
276816
Pressure, Temperature, and Mass.  That's just three basic things to measure.  You measure volume, from volume you get density, which is an intensive property.  Pressure is an intensive property.  Temperature is an intensive property.  Volume and mass isn't because if you partition them, they will not be the same, unlike pressure or temperature (assuming there is no temperature gradient), and density.  From these, you could get stuff like entropy, gibbs free energy, figure out work, thermal conductivity, enthalpy, etc.  You just have to look for the right stuff.
364422
In physics, heat is defined as energy in transit. Generally, heat is a form of energy associated with the motion of atoms, molecules and other particles which comprise matter. Heat can be created by chemical reactions (such as burning), nuclear reactions (such as fusion taking place inside the Sun), electromagnetic dissipation (as in electric stoves), or mechanical dissipation (such as friction). Heat can be transferred between objects by radiation, conduction and convection. Temperature, defined as the measure of an object to spontaneously give up energy, is used to indicate the level of elementary motion associated with heat. Heat can only be transferred between objects, or areas within an object, with different temperatures.
432633
Although they are part of the same phenomenon, heat and light are at different wavelengths; Imagine a Rainbow going from Red to Blue, the radiation wavelengths behave in a similar way, thus, the heat from the Sun is derived from the "red" end of the spectrum, the Light from the Blue end all travelling together at the same velocity.
459596
The temperature of a substance depends on the speed with which the molecules are vibrating.So,only matter which has some sort of energy can have temperature.A vacuum is just nothing.Due to this,temperature of vacuum cannot be measured.
39424
heat is the measurement of thermal energy
255271
Yes you are correct.Different substances are different because of  their molecular structure and the constituents of each molecule. Molecules are well bound together in solids than in fluids (gases and liquids). The molecules are free in gases.\n Further the molecules are not at rest and are in vibrations.When the substance is heated  the average energy of a molecule  increases which tend to decrease the bindings of the molecules.\nGenerally by heating , a substance  chnges from solid to liquid and then to gaseous state.We call this as physical change.\nWhen the energy is  strong enough to break the  molecules into its constituent elements new compounds are produced we call it as chemical change.\nIn effect heat  has many things to do with their bondings
598324
Heat is a form of energy. \nTemperature is a measurement of the state of heat-energy in a certain body.
385027
Moving air is in a sense a fluid. Air is also a composition of matter (nitrogen, oxygen, etc.). These materials can and do conduct heat. Also heat travels upwards in air. This is because colder air has a different partial pressure.
36697
We know Q = mass x specific heat x increase in temp.\n          = m x s x (dt)\n\nQ(A)/Q(B) = (m(A) x s(A) x (dt)(A))/(m(B) x s(B) x (dt)(B))\nGiven, Q(A) = Q(B) as they absorb same amount of energy\n       m(A) = m(B), dt(A) = 8, dt(B) = 16\n\nPutting values we get s(A) = 2 x s(B)\n\nSo 1. F 2. T 3. T 4. F 5. F
360041
The temperature of an object is a measure of the average internal kinetic energy of an object as a system of particles, and as a result an object that is much hotter than another object will have negligibly more inertial mass than a colder object. This is due to Einstein's equation relating total energy and inertial mass of an object. The difference is so negligible as to be invisible, as the factor of proportionality is the square of the speed of light in vacuum. See the source for details.
85930
The specific heat of a substance is the radiation heat contained  by each atom or molecule per unit volume and temperature for a specific material.\nIt is calculated as follows; K(Bolzman's constant) multiplied by one kilogram mass of the material and divided by the atomic mass of the specific material.\n\nIts Unit is Joule(energy)per kilogram for each degree of absolute temperature.\n\nThis means that different materials dont have the same heat energy content for the same volume and atomic energy level.\n\nI hope if you find this explanation helpfull.
607735
If heat has been added to an element, it may make a chemical reaction.  If some object's physical properties due to heat or cooling, a chemical reaction may have occurred.  For example, a fire burning wood creates a chemical reaction in the wood.
380685
1)Remember that a calories is a measure of the heat it takes \n  to raise 1 degree of the water temperature.\n2)A Calorimeter helps you measure among other thing the\nheat of fusion and since we know the heat of fusion of water its easier to calculate the heat of fusion of other things.
882144
Thermal energy is the kinetic energy and potential energy of the molecules. Temperature is a measure of the average kinetic energy per molecule.\n\nThe term "Heat" as uesd in this answer will refer to the change in the thermal energy of an object; thus the expressions "heat transferred" or "heat absorbed". A device used to measure temperature is called a thermometer.
212537
Well considering temperature is just a measure of the speed of the particles moving in a substance, the lowest temperature would be where there is no motion in the particles of a substance. This is called absolute zero which is measured as −459.67°F. This has never been acheived by scientists but they have come to within several thousanths of a degree away from it.