temperature and its effects?
827729
it all depends on what Temperature is acting upon.  If your talking about a solid, no, not really, if it does, it is negligible.  However, Temp. does affect the density of liquids, most liquids become more dense as temp. get colder, and less dense if the temp gets higher.  If you are talking about gasses, then the temp will affect both volume and density. think of a balloon. If you put a balloon outside in the winter, it will become smaller.  This is because the density of the air inside goes up and the volume goes down.... \nThe formula to determine what happens with a gas is PV=nRT, whereby P=the atmospheric pressure, V=volume, n= the #of moles of a gas R=is the ideal gas constant and T=temp... hope that helps.
270533
Our body can't take much of anything. Too much of anything spells disaster. Same applies for the surroundings we live in. Not just the temperature but also the bacterias in our workplace or home have an effect on our health. Surveys tell that children who live in farms or away from city pollution are healthy not because their living place is pollution free but because they are open to all kind of germs which makes their body more immune to germs. Same way if you get used to a constant temperature its bad effects will be seen when you are in a situation where the temperature cannot be maintained. So Constant changes in room temperature should not be too bad... but see that its not on extremes. Keep it warm or cool if you can control it.
274160
32 degrees F\nor \n0 degrees C
501191
There is a formula...but this is much easier\n\nhttp://www.onlineconversion.com/temperature.htm
278956
This has been asked and answered many times before:\n\nhttp://answers.yahoo.com/search/search_result;_ylt=Amylv82zdJRUVkmYew.javjpy6IX?p=temperature+of+the+sun
971455
there are various factors which affects rate of reaction. like temperature,pressure and concentration of the reactants involved. and they all have different effects
622178
Some things that will affect evapotranspiration are ambient temperature, exposure to sunlight, and relative humidity.  These things affect the rate at which water will evaporate or how plants will transpire.
134127
I assume that you don't mean local temperature since you could just refer to the local weather report.  Instead one can speak of a theoretical temperature of the Earth based upon its distance from the Sun, size of the Earth and reflectivity (or albeto) of the Earth.  \nThis temperature comes out to about 255K or -18C or -1F.\nOther effects such as greenhouse and radioactivity make this temperature higher.\n\nAn explanation of something like this can be found at the URL in the source.
977303
maybe what your teacher is trying to say here is the body temperature. now search for that answer. it's your homework.
272222
What's your body temp?
784253
Does density affect  items when temperature, humidity, and  gravity are changed?
378824
Temperature affects state change. If something, for instance water, is heated, it becomes a gas. Gases take up more volume than liquids. So the hotter a gas is, the larger it will expand, and the same is true, to a lesser degree, for solids and liquids. Hope I helped,\nZ
251198
id say reactions can occur at any temperature above 0k. so 0.00000000000000000000000000000001K, the reaction would happen but really really really really relaly slowly. but thatz in theory. i have no clue bout pracitcally. i think the lowest temp theyve got to so far is either 4K or 0.6K. so ya.
873124
Recent studies have shown that even on days when the outside air temperature is as cool as 70 degrees, the interior of an enclosed vehicle left in the sun can reach lethal temperatures of 105 degrees.\n\nThe interior of a car or van warms very rapidly on a sunny day. Even cracking the windows is not enough to significantly mitigate temperature increases. As sunlight enters a car, it heats up the interior surfaces, such as the upholstery and the dashboard, to temperatures that can easily exceed 150 degrees. In turn these objects warm the air inside the vehicle, which gets hotter and hotter because the air is trapped inside the vehicle.\n\nIn a study of 16 cases last summer on days when the outside air temperatures ranged from 72 to 96 degrees, the interior of a test vehicle reached readings of 112 to 140 degrees after an hour. The average temperature increase inside after just 10 minutes was 19 degrees, then 29 degrees after 20 minutes and 34 degrees after a half hour. After an hour, the temperatures slowly stabilized between 45 and 50 degrees above the outside air temperatures.\n\nThe same study found that the effects from either cracking the windows or having a larger lighter-colored vehicle were not significant enough to keep temperatures from reaching deadly levels.\n\nThe atmosphere and windows are relatively “transparent” to the sun’s shortwave radiation (yellow in figure below) and are warmed little.  The shortwave energy does however warm objects that it strikes. \n\nThese objects (e.g., dashboard, steering wheel, childseat) heat the adjacent air by conduction and convection and also give off longwave radiation (red) which is very efficient at warming the air trapped inside a vehicle.
1003847
The study of heat and how it behaves.
129713
MeghnarMajhi is right.\n\nTemperature <==> Heat
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.