what is the difference btwn temperature and heat ?
141723
Temperature is the degree of heat and heat is the transfer of energy from one body to another as a result of a difference in temperature or a change in phase.
66728
difference between a high temp and a low temp glue gun is the temperature the gun works at . Also there are different glue sticks that melt at different temperatures and for glueing different materials
820184
I think you should break things down and think of the question like this.\n\nThe heat for a process is 250.3J, Its doubled with the same temperrature difference, the temperature difference is 5C.
576652
I hope this would help you:\n\nLow Temperature:     -270° F (-170° C)\nAverage Temperature: -185° C \nHigh Temperature: 700°F (350°C)
525073
An isobar shows regions of similar air pressure.\n\nAn isotherm shows regions of similar temperature.
501191
There is a formula...but this is much easier\n\nhttp://www.onlineconversion.com/temperature.htm
228323
A CPU, normally works between 100F & 140F. and your CPU temprature is OK. Older CPUs work near 100 and Faster CPUs work near 140. so don't worry about it.
481035
its the other way round. a thing is hot if its molecules are moving with a higher thermal velocity (prop to T^1/2). if you heat something its molecular vibrations go up in turn increasing its temperature.
381272
Would you like to qualify that question with something?\nFor example, what material can absorb heat with the smallest increase in temperature.\n\nHeat is a form of energy.  Temperature is the measure of the average kinetic energy of the molecules of a substance.\nAll materials will absorb heat (energy) and their temperature will increase.  How much their temperature increases when a given material absorbs a given amount of heat depends on its specific heat.\nThe specific heat of a material lets up know how much a substance's temperature will increase after abosorbing a given amount of energy.\n\nThe change in temperature of substance experiences can be calculates using the following,\nQ = m*c*(delta T)\nWhere Q is the heat energy, m is the mass of the object, c is the specific heat, and (delta T) is the change in temperature.\n\nA low specific heat means the material will experience a larger increase in temperature (all other things being constant) than a material with a higher specific heat.\n\nThe specific heat of all materials vary.\nAs a general rule, metals tend to have low specific heats and gasses tend to have higher specific heats (there is a reason for this, but it is beyond this answer's scope), but this is not always the case.\n\nWater for example has a pretty high specific heat at about 4.186 J/g degree C (or to simplify, 1 calorie).  By comparison, lead metal has a specific heat of only  1.28 J/g C.\nThis means that the temperature of 1 gram of water will increase by 1 degree C when it absorbs 4.186 Joules of energy.  Likewise, when water cools 1 degree C, it releases 4.186 J of energy.
669086
Depends on different processors. If you have an intel motherboard, installing the suite of applications gives you the temperature and default limits which the CPU and computer shudn't exceed. According to what i know, this should not be more that 50 degrees celsius
132159
Open up your thermodynamics book and do your own homework.\nHint.. add the energy required to raise the temp from 100C to 112C plus the energy used to change state, plus the energy used to go from 76C to 100C.  You should have all the info you need in your problem, and the energy required to do the change is in your book.
1102753
-40c & -40f are the same temperature.
727069
exothermic means energy is given off, so it wud have a - sign\n\nendothermic means energy is absorbed and wud hav a + sign\n\nhope this helps!!
278728
If it is for a science project, web sites may or nmay not have the answers....that is all part of a project, to figure it out for yourself, develop your own theories, hypothesis, etc.\n\nI will say it all depends on the temperature....beyond that you're on your own.
749307
amount of heat lost by iron bar = heat gained by water\n500x0.449x(212-T) = 2000x4.18(T-24)\nT is the equilibrium temp for bare and water.\nrearrange the equality and you will get T = 28.9 C\nso, the temp difference = 28.9 - 24 = 4.9 C.
432275
Different temperature different times of the year\nhurricanes are when water temperature is warm
1187086
Higher temp = faster diffusion. Higher temps give the atoms more heat, which is basically a faster rate of the atoms vibrating. If they move around faster, they'll obviously diffuse farther in the same amount of time. Next time, do your own homework