When `100` ml of `0.2 M HCl` is mixed with 100 ml of `0.2 M NaOH`, the rise in temperature is `T_(1)`. When the experiment is repeated using 200 ml each of the same solutions, the rise in temperature is `T_(2)`. ThenA. `T_(1)=T_(2)`B. `2T_(1)=T_(2)`C. `T_(1)=4T_(2)`D. `T_(1)=2T_(2)`

When `100` ml of `0.2 M HCl` is mixed with 100 ml of `0.2 M NaOH`, the

1.	When `100` ml of `0.2 M HCl` is mixed with 100 ml of `0.2 M NaOH`, the rise in temperature is `T_(1)`. When the experiment is repeated using 200 ml each of the same solutions, the rise in temperature is `T_(2)`. ThenA. `T_(1)=T_(2)`B. `2T_(1)=T_(2)`C. `T_(1)=4T_(2)`D. `T_(1)=2T_(2)`
Answer» Correct Answer - A The rise in temperature depend on numbers of equivalents of acid and base

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When `100` ml of `0.2 M HCl` is mixed with 100 ml of `0.2 M NaOH`, the rise in temperature is `T_(1)`. When the experiment is repeated using 200 ml each of the same solutions, the rise in temperature is `T_(2)`. ThenA. `T_(1)=T_(2)`B. `2T_(1)=T_(2)`C. `T_(1)=4T_(2)`D. `T_(1)=2T_(2)`

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