Vemier 主) A student used the following simulation while performing lab experiment "Electrical Equivalent of Heat". (a) Use the following figure to complete the table below Electrical Equivalent of Heat Lab Time Time Labt Os 66 s O1TAUPILATE 5.3 °C 26.2 °C When you are ready to start eollecting data, turn your power supply on and monitor the temperature of your water as time passes In real lide the beaker woold be siried to keep the tempentare of the water Feel free to turn ofr the poer spply when you are ready to take data 83 v Initial Mass of water Final temperature Voltage Current Heating time temperature A Ti °C (b) Now calculate Joul constant using the measured values in the table above. (Cw- 1 cal/g°C) J/Cal
Vemier 主) A student used the following simulation while performing lab experiment "Electrical Equivalent of Heat". (a) Use the following figure to complete the table below Electrical Equivalent of Heat Lab Time Time Labt Os 66 s O1TAUPILATE 5.3 °C 26.2 °C When you are ready to start eollecting data, turn your power supply on and monitor the temperature of your water as time passes In real lide the beaker woold be siried to keep the tempentare of the water Feel free to turn ofr the poer spply when you are ready to take data 83 v Initial Mass of water Final temperature Voltage Current Heating time temperature A Ti °C (b) Now calculate Joul constant using the measured values in the table above. (Cw- 1 cal/g°C) J/Cal
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Transcribed Image Text:Vemier
Vemiar
A student used the following simulation while performing lab experiment "Electrical Equivalent of Heat ".
(a) Use the following figure to complete the table below
Electrical Equivalent of Heat Lab
Time
Lacot
Time
LabOuest
Os
66 s
OE TOMP NE
5.3 °C
26.2 °C
When you are ready to start collecting
data, turn your power supply on and
monitor the temperature of your water
as time passes
In real life the beaker would be swirled
to keep the tempenture of the water
umiform
Feel free to turn off the power suppl
when you are ready to take data
83 v
met A)
Initial
Final temperature
Voltage
Heating time
Current
Mass of water
temperature
A
V
Ti °c
(b) Now calculate Joul constant using the measured values in the table above. (Cw = 1 cal/g°C)
W
J/Cal
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