Notes On Physical Laboratory Experiments in Heat
Notes On Physical Laboratory Experiments in Heat
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The rise of temperature from B to C is uniform, but the portion of the curve CD, although small, is not negligible compared with BC, fig- ure 11. Then, since the rate of ex- change during the interval CD is practically r 2, the temperature would have risen to C' had the equalization of heat from C to D been instantaneous, where C" is the intercept of DE ex- tended back to the ordinate through C. Call this temperature /' 2 . The cooling correction for the interval BC is that already deduced unde...r Special Case I. Hence the corrected rise of temperature will be t _ y JJI /-/ /) \ 2 6 1 "2 ^ 2 ly ^ (4) the abscissa of where 0^ is the time corresponding to ' 2? the point C or C f '.
Special Case III. The rise of temperature . During the oper- ation is uniform, and the initial temperature is so adjusted that r 2 = 0, i. E. , DE is horizontal. This is evidently a special case of the above, and the corrected rise of temperature is t 2 ti y (0 ^ (5) Special Case IV. When the equalization of temperature CD is slow, as in c, figure 1, or constitutes a considerable por- tion of the total rise, it is advantageous to so adjust the initial temperature that the final temperature / 2 coincides as nearly as may be with the temperature of the surroundings, i.
What to read after Notes On Physical Laboratory Experiments in Heat?
You can find similar books in the "Read Also" column, or choose other free books by H M Harry Manley Goodwin to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
The rise of temperature from B to C is uniform, but the portion of the curve CD, although small, is not negligible compared with BC, fig- ure 11. Then, since the rate of ex- change during the interval CD is practically r 2, the temperature would have risen to C' had the equalization of heat from C to D been instantaneous, where C" is the intercept of DE ex- tended back to the ordinate through C. Call this temperature /' 2 . The cooling correction for the interval BC is that already deduced unde...r Special Case I. Hence the corrected rise of temperature will be t _ y JJI /-/ /) \ 2 6 1 "2 ^ 2 ly ^ (4) the abscissa of where 0^ is the time corresponding to ' 2? the point C or C f '.
Special Case III. The rise of temperature . During the oper- ation is uniform, and the initial temperature is so adjusted that r 2 = 0, i. E. , DE is horizontal. This is evidently a special case of the above, and the corrected rise of temperature is t 2 ti y (0 ^ (5) Special Case IV. When the equalization of temperature CD is slow, as in c, figure 1, or constitutes a considerable por- tion of the total rise, it is advantageous to so adjust the initial temperature that the final temperature / 2 coincides as nearly as may be with the temperature of the surroundings, i.
What to read after Notes On Physical Laboratory Experiments in Heat?
You can find similar books in the "Read Also" column, or choose other free books by H M Harry Manley Goodwin to read onlineMoreLess
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