Heat/ Temperature/ Thermometer
Thermometric properties
Temperature and Equations
Thermal properties Equations
Mod 1/Mod 2
100

....... is a form of energy

Heat

100

laboratory thermometer

Volume of liquid, expansion of a liquid

100

Equation for the centigrade scale

πœƒ = (π‘‹πœƒβˆ’ 𝑋0 /𝑋100βˆ’ 𝑋0) Γ— 100 for temperature values

100

State the formula that relates energy and change in temperature for 1 kg of a substance

E = mcΔθ

100

the center seeking force

centripetal force

200

The average kinetic energy of the molecules of a body is ................

Temperature

200

Bi-metallic strip thermometer

expansion of a solid, change in length

200

Equation for the thermodynamic scale

𝑇 = (𝑃𝑇 /π‘ƒπ‘‘π‘Ÿ )Γ— 273.16

200

Heat energy used to break the force of attraction in 1kg substance at constant temperature

E= ml

200

a mass that's oscillating between two fixed points (a condition for this?)

Simple harmonic motion

300

 The minimum possible temperature/heat energy.

absolute temperature

300

thermistor

change in resistance

300

Converting from kelvin to degree celsius

ΞΈ/oC = T/K – 273.15

300

Internal energy in a system

U = Ek + Ep

300

a body in uniform circular motion has a constant...... and a change in the ....... hence it has velocity

constant speed and direction

400

The advantage of this thermometer is that it can measure from -100 C to 1500C

Thermocouple

400

change in emf

thermocouple

400

Equation that shows the relationship between Heat capacity and Specific heat capacity

C=mc

400

Power of a lens, SI unit

Dioptre (D) or per meter

500

Give a disadvantage of the mercury in glass thermometer

It is expensive, it can't measure temperatures below -40 C and it's poisonous.

500

uses the pressure change with the temperature of a gas at constant volume.

Constant volume gas thermometer

500

The equation for sound level intensity

dB =10π‘™π‘œπ‘”10(𝐼⁄𝐼0 )

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