11.1 temperature. what is temperature? hotness or coldness of a material. where the heat should...
TRANSCRIPT
- Slide 1
- 11.1 Temperature
- Slide 2
- What is temperature?
- Slide 3
- hotness or coldness of a material. where the heat should flow higher temperature to lower temperature Temperature
- Slide 4
- Length, Mass, Temperature m = length g = Mass ? = Temperature Fahrenheit Celsius Kelvin
- Slide 5
- 11.1.1 Temperature Scales
- Slide 6
- The scientists Daniel Gabriel Fahrenheit Anders Celsius Lord William Thomson Kelvin
- Slide 7
- 11.1.1.1 The Fahrenheit Scale
- Slide 8
- Daniel Gabriel Fahrenheit
- Slide 9
- Slide 10
- 11.1.1.2 The Centigrade or Celsius Scale
- Slide 11
- Anders Celsius
- Slide 12
- Slide 13
- 11.1.1.3 The Kelvin Scale
- Slide 14
- Lord William Thomson Kelvin Absolute Scale
- Slide 15
- Slide 16
- 11.1.1.4 Temperature Conversions
- Slide 17
- Formulas
- Slide 18
- An ordinary room temperature in the Philippines, 26.0C, in F? Solution: Using the formula then substitute Example 1
- Slide 19
- A body temperature of 98.6F in Celsius? Solution: Using the formula then substitute Example 2
- Slide 20
- Very cool day in Baguio City, 14.0C in Kelvin? Solution: Using the formula then substitute Example 3
- Slide 21
- Problem: Express normal body temperature, 98.6F, in C and K. Now, its your turn.
- Slide 22
- Solution The Fahrenheit to Celsius conversion equation may be expressed in this form: To solve for Celsius: C = (98.6 F 32) x 5/9 C = (66.6) x 5/9 C = 37.0 To solve for Kelvin: K = C +273 K = 37.0 + 273 K = 310
- Slide 23
- Answer 98.6 F is equal to 37.0C and 310 K wew