Q (heat) = mass*Specific Heat*Temperature difference
I assume 2.5 * 101 Joules? or 25 J & 10 grams of substance?
25 J = 10 grams * (SH) * (70-10oC)
25 J =10 g *60oC * SH
SH = 25 J/(10 g * 60oC)
S.H. = 0.0417 J/gOC
When a sample of a substance absorbs thermal energy, its temperature rises.
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?
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
A refrigerant is a substance that absorbs and releases heat in cooling systems.
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
If the substance absorbs water like crazy.