What Is The Specific Heat Of Silver
What is the specific temperature of silver? ۔
Silver beard has a heat capacity of 25.35 J / mol * C. 10.2 G How much energy is required to raise the temperature of silver to 14 C?
And I found that the answer is q = 33.5 J which is correct ...
But the second part of the question is:
What is the specific temperature of silver?
Sort your answer into appropriate units.
And I'm real! Someone please help me: (((Thank you!
Hello tennis lovers!
Wow, you got the hard part! This second problem is quite complicated because it sounds like a lot of silver beard heat capacity, but the difference is the molar heat capacity in J / mol * C and the specific capacity of J / G * vs. heat and therefore you All you need to do is convert 25.35 J / ■■■■■ * C to grams. Now you get part of the hard calories: D!
So find M Mرller Silver in Table IC (107.9g) and use only dimensional analysis to convert the unit from Mرller heat capacity to grams:
(25.35 J / mol * C) (1 mol / 107.9 g) = ut 0.2349 J / G * C and therefore silver has a specific temperature. By the way, to check my answer I searched for a specific thermal table on this site ... and it seems to be fine!
I agree with Chemistry and am happy to ask me more questions if I care! I'm always happy to help!
Anyway, as the head of chemistry said, the second question is actually the easy part.
Why? Since we know that Q = mc dT, where.
Q = Heat / Energy.
m = m
c = specific heat capacity.
DT = change in temperature
We simply enter the information from part 1 into the equation Q = m c dT. We already know
Q = 33.5J
m = 10.2 g
C =?
DT = 14.0 C
So 33.5 = 10.2x? x 14.0.
33.5 = 142.8?
? = 0.23459.
Follow ... 0.235 J / g C
What Is The Specific Heat Of Silver
What Is The Specific Heat Of Silver
What is the specific heat of silver? 3
The heat capacity of silver molar is 25.35 J / mol * C. 10.2 g How much energy is required to raise the temperature of silver to 14 C?
And I found that the answer is q = 33.5 J which is correct ...
But the second part of the question is:
What is the specific heat of silver?
Sort your answer into appropriate units.
And I'm in stock! Someone help me: (((Thank you!
Hello tennis lovers!
Wow, you got the hard part right! This second problem is complicated because it looks a lot like the heat capacity of a silver molar, but the difference is the molar heat capacity in J / mol * C and the specific heat capacity in J / G * vs. All because you only need to convert 25.35 J / mol * C to grams. Now you get part of the strict calorie metrics: D!
So find the value of silver in Table ic (107.9 g) and use only the ysis dimension to convert units from gram to molar heat capacity:
(25.35 J / mol * C) (1 mol / 107.9 g) = ut 0.2349 J / G * C and hence the specific heat of silver. By the way, to check my answer I found a specific thermal table here on this site ... and it looks right!
Okay I like chemistry and if that's true I'd be happy to ask more questions! Always happy to help!
Anyway, as the head of chemistry said, the second question is actually the easy part.
Why? Since we know that Q = mc dT, where
Q = Heat / Energy
m = m
c = specific heat capacity
dT = change in temperature
Just enter the information in Part 1 in the equation Q = m c dT. We already know
Q = 33.5 J
m = 10.2 grams
c =?
dT = 14.0 C
So 33.5 = 10.2x? x 14.0
33.5 = 142.8?
? = 0.23459
Follow ... 0.235 J / g C
