what would be the final temperature of a mixture of 50 grams of water at 20 degree celsius temperature and 50 grams of water at 40 degree celsius temperature....
Answers
Answered by
49
Hello Friend......
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The answer of u r question is......
Ans:
Mass(m1). =50g
Temperature(T1)=20°c
Mass(m2). =50g
Temperature(T2)=40°c
Specific heat (S)
of water =1cal/g-°c
Final temperature of the mixture,
T=[m1 T1+m2 T2]/m1+m2
=50×20+50×40/50+50
=1000+2000/100=3000/100
=30°c
____________________________
____________________________
Thank you....⭐️⭐️⭐️⭐️
_______________________
_______________________
The answer of u r question is......
Ans:
Mass(m1). =50g
Temperature(T1)=20°c
Mass(m2). =50g
Temperature(T2)=40°c
Specific heat (S)
of water =1cal/g-°c
Final temperature of the mixture,
T=[m1 T1+m2 T2]/m1+m2
=50×20+50×40/50+50
=1000+2000/100=3000/100
=30°c
____________________________
____________________________
Thank you....⭐️⭐️⭐️⭐️
Rajinakasandra:
super
Answered by
33
Solution -
According to the question we know that
M1 or M2 = 50g
T1 = 20°C , T2 = 40°C
![s = \frac{1cal}{g - c} s = \frac{1cal}{g - c}](https://tex.z-dn.net/?f=s+%3D++%5Cfrac%7B1cal%7D%7Bg+-+c%7D+)
Now, Temperature of the mixture is
![t = \frac{m1 \: t1 + m2 \: t2}{m1 \: + m2} t = \frac{m1 \: t1 + m2 \: t2}{m1 \: + m2}](https://tex.z-dn.net/?f=t+%3D++%5Cfrac%7Bm1+%5C%3A+t1+%2B+m2+%5C%3A+t2%7D%7Bm1+%5C%3A++%2B+m2%7D+)
![\frac{1000 + 2000}{100} \frac{1000 + 2000}{100}](https://tex.z-dn.net/?f=+%5Cfrac%7B1000+%2B+2000%7D%7B100%7D+)
![= \frac{3000}{100} = \frac{3000}{100}](https://tex.z-dn.net/?f=+%3D++%5Cfrac%7B3000%7D%7B100%7D+)
= 30°c
I hope it's help you
Regards : Sangela
According to the question we know that
M1 or M2 = 50g
T1 = 20°C , T2 = 40°C
Now, Temperature of the mixture is
= 30°c
I hope it's help you
Regards : Sangela
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