Determine the specific heat of a material if a 32 g sample of the material absorbs 58 J as it is heated from 298 K to 313 K?
It can be written as 41/(15*22) joules/g*K
the specific heat of a substance if 44.0 g of the sample absorbs 67.2 J and the temperature change is 11 K is 0.14 J/gK.
If the substance absorbs water like crazy.
Heat.
Heat
Any substance that absorbs the radiation is heated by it.
Chlorophyll
When a sample of a substance absorbs thermal energy, its temperature rises.
345 J ok good
The substance absorbs the heat of fusion. The temperature does not go up, but the form of the substance changes.
Very true.
a bloom is a substance that absorbs light
The substance in a leaf that absorbs sunlight is the chloroplast.Chloroplast is an organelle(a specialised structure within the cell, that performs a specific function) which contains the green pigment called chlorophyll.Large, broad leaves
heat does not effect specific heat. for example if water has a high specific heat, a change in heat wont effect its specific heat.P.S if you don't like my answer, please improve it.I like people who are honest.Heat is a form of energy. Heat either changes the state of matter from solid to liquid to gas OR it changes the temperature.Specific heat (also called specific heat capacity) is the amount of heat that a substance (like water) absorbs when exactly one gram of that substance is heated so that its temperature increases by one degree Celsius. The specific heat relates three quantities: the heat applied, the temperature change, and the mass of the object.An amount of heat may be 100 calories.The specific heat capacity allows us to calculate the temperature change for a quantity of a substance to which that heat is applied.Since the specific heat of water is 1 calorie per gram degree Celsius if 100 calories is applied to 50 grams of water then the temperature only changes 2 degrees Celsius.
A refrigerant is a substance that absorbs and releases heat in cooling systems.
Q (heat) = mass*Specific Heat*Temperature differenceI assume 2.5 * 101 Joules? or 25 J & 10 grams of substance?25 J = 10 grams * (SH) * (70-10oC)25 J =10 g *60oC * SHSH = 25 J/(10 g * 60oC)S.H. = 0.0417 J/gOC
Pigment :|]
thee temperature goes higher because when it absorbs heat,the temperature goes hotter :)
For gasses at room temperature: Hydrogen 14.3 Helium 5.2 For liquids at room temperature: Ammonia 4.70 Water 4.18 For solids at room temperature: Lithium 3.58 Units in J/g*K