A Short Course of Experiments in Physical Measurement Pt. 4
A Short Course of Experiments in Physical Measurement Pt. 4
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10°.0 C. 25 " '' K Temperature of the room 23° C. F. Weight of cotton waste 60.00 ^am<. G. Weight of calorimeter with mixture . . 229.20 " Calculations. h. Weight of ice used {B — F)'= . . . 40.00 ^om*. i. Weight of water used {G — A — h)=. . 112.20 " j. Thermal capacity of (brass) cap (.094 A) = 7.2 L Add for thermometer and stirrer (see Examp. 3) 0.6 /. Total thermal capacity of calorimeter (J -\- 1c) =. 7.8 m. Thermal capacity of calorimeter with water (i + Z)= 120.0 n. Temperature of water reduced to time (Z)g) of mixing, 0^ — {G^—G^= . . . . 40°.0 C. Temperature of mixture, C^z=z G^z=z . . 10°.0 C. Change of temperature of water (n — o) = 30°.0 C. Heat units absorbed (m X J») =. • • • 3600 Heat units absorbed by 1 gram of ice (^ -^- A) = 90.0 Heat units absorbed in raising 1 gram of melted ice to the temperature of the mixture, o == 10.0 t. Heat required to melt 1 gram of ice (r — s) = 80,0 0, 9- r. s. Exp. 37.] OBSERVATIONS AND CALCULATIONS. 983 EXPERIMENT XXXVIL Obsebyations.
What to read after A Short Course of Experiments in Physical Measurement Pt. 4?
You can find similar books in the "Read Also" column, or choose other free books by Harold Whiting to read online
To quickly assess the difficulty of the text, read a short excerpt:
10°.0 C. 25 " '' K Temperature of the room 23° C. F. Weight of cotton waste 60.00 ^am<. G. Weight of calorimeter with mixture . . 229.20 " Calculations. h. Weight of ice used {B — F)'= . . . 40.00 ^om*. i. Weight of water used {G — A — h)=. . 112.20 " j. Thermal capacity of (brass) cap (.094 A) = 7.2 L Add for thermometer and stirrer (see Examp. 3) 0.6 /. Total thermal capacity of calorimeter (J -\- 1c) =. 7.8 m. Thermal capacity of calorimeter with water (i + Z)= 120.0 n. Temperature of water reduced to time (Z)g) of mixing, 0^ — {G^—G^= . . . . 40°.0 C. Temperature of mixture, C^z=z G^z=z . . 10°.0 C. Change of temperature of water (n — o) = 30°.0 C. Heat units absorbed (m X J») =. • • • 3600 Heat units absorbed by 1 gram of ice (^ -^- A) = 90.0 Heat units absorbed in raising 1 gram of melted ice to the temperature of the mixture, o == 10.0 t. Heat required to melt 1 gram of ice (r — s) = 80,0 0, 9- r. s. Exp. 37.] OBSERVATIONS AND CALCULATIONS. 983 EXPERIMENT XXXVIL Obsebyations.
What to read after A Short Course of Experiments in Physical Measurement Pt. 4?
You can find similar books in the "Read Also" column, or choose other free books by Harold Whiting to read online
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