Specific Heat Of Copper
Calculate the specific heat capacity of Copper.
Part of the course: Thermal Physics — Heat, Matter & Materials
Mission
Calculate the specific heat capacity of Copper
Variables
What you change
- The Liquid
What you measure
- Liquid Temperature
What you keep constant
- Room Temperature
- Liquid Volume
- The Amount Of Heat transfered
Equations
m_c = Mass of copper
C_c = Specific heat of copper
ΔT_c = Change in temperature for copper
m_w = Mass of water
C_w = Specific heat of water
ΔT_w = Change in temperature for water
T_i = Temperature of water at room temperature
T_f = Temperature of water and copper after stirring
m_c * C_c * ΔT_c = m_w * C_w * ΔT_w
(\frac{8.8}{1000}) Kg * C_c* (100-T_f) = (\frac{50}{1000}) Kg * 4200 (\frac{J}{Kg.K}) * (T_f - T_i)
What You'll Need
- Breadboard 400 Tie Point
- Arduino Uno
- I2C LCD
- Waterproof Temperature Sensor (Stainless Steel Probe)
How You Can Run It
Virtual modeTest modeExercise modeView-only modeAccessibility modeTobii eye trackingVoice commandsArduino integrationAmericanIB