To do this equation you use the formula: q=mc(Delta T)
Then you have to change the problem algebraically because we are trying to find 'c'.
So you have c = q
m(deltaT)
Heres your answer:
0.0573333333........
But since we have '15.0' and '47.3' then we can only have 3 significant figures.
So your final answer is:
0.057
Use this equation:
q = cmΔT
Heat(energy) = specific heat X mass x change in temperature
After looking up the specific heat of silver (units are J/ g ▪°C) you just plug and chug.
q = (0.233 J/ g ▪°C)(11.4 g)(15.5 °C)
= 41.2 J
You need to provide units. That is the most basic requirement.
is it 11.1 grammes or kilogrammes or tonnes or bushels ???? :)
Is it 14.4 deg C or F ?
c=47.3/(55x15)
35.8 J
0.06
When a sample of a substance absorbs thermal energy, its temperature rises.
Very true.
What happens is that the molecules will move faster causing the object's temperature to increase and expand.
since metal is a good conductor of heat, it absorbs the heat and the spoon increases the temperature
Such a solid will either: a) Increase in temperature b) Melt c) or both
345 J ok good
105C
thee temperature goes higher because when it absorbs heat,the temperature goes hotter :)
increases
rise
water has a high heat of vapourization.it absorbs much heat as it changes from liquid to gas.it has the capacity of absorbing heat with minimum of change in its own temperature
0.0629
Ozone is a greenhouse gas. It absorbs radiation and increases the temperature.
The water absorbs heat and keeps gives the temperature a consistency.
Raw Natural Rubber Vulcanized Natural Rubber Soft and sticky Comparatively hard and non-sticky Low tensile strength and not very strong High tensile strength and very strong Low elasticity High elasticity Can be used over a narrow range of temperature from 10 to 60 degrees centigrade Can be used over a wide range of temperature from -40 to 100 degrees centigrade Low abrasion resistance High abrasion resistance Absorbs a large amount of water Absorbs a small amount of water Soluble in solvents like ether) carbon disulp hide, carbon tetrachloride, petrol and turpentine Insoluble in all the usual solvents Raw Natural Rubber Vulcanized Natural Rubber Soft and sticky Comparatively hard and non-sticky Low tensile strength and not very strong High tensile strength and very strong Low elasticity High elasticity Can be used over a narrow range of temperature from 10 to 60 degrees centigrade Can be used over a wide range of temperature from -40 to 100 degrees centigrade Low abrasion resistance High abrasion resistance Absorbs a large amount of water Absorbs a small amount of water Soluble in solvents like ether) carbon disulp hide, carbon tetrachloride, petrol and turpentine Insoluble in all the usual solvents Vulcanized Rubber is hard and non-sticky, very strong, it has high elasticity, and can be used over a high range of temperatures. It also absorbs a small amount of water.
Neutronium
The temperature of water increase.