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This quiz contains multiple-choice problems on temperature, pressure and differential measurements.
Which of the following is not a unit of temperature?
Celsius
Fahrenheit
Therm
Rankine
What’s the equivalent of a recorded change in temperature of 212 °F in degrees Rankine?
100 °R
212 °R
273 °R
460 °R
What is the value of 100 °C in degrees Fahrenheit?
212 °F
460 °F
672 °F
884 °F
What is the value of 273 K in degrees Rankine?
0 °R
32 °R
492 °R
672 °R
What is the equivalent of the temperature 100 °C in degrees Rankine?
100 °R
212 °R
560 °C
672 °C
What is 100 °C in degrees Fahrenheit?
0 °F
100 °F
212 °F
460 °F
What is the equivalent of 40 °F in degrees Rankine?
313 °R
460 °R
500 °R
672 °R
Which of the following is the highest temperature?
10 °C
10 °R
10 °F
10 K
Absolute zero temperature is approximately equal to
-160 °R
-273 °R
-373 °R
-460 °R
The heat capacity of a substance is given by C = B*T^2, where T is in degrees Fahrenheit, and the value of B is 50. What is the value of B if T is in degrees Celsius?
81
25
162
100
The heat capacity of a substance is given by C = 800 – 1600*T + 25*T^2, where T is the temperature in degrees Fahrenheit. What is its heat capacity if temperature is in degrees Celsius?
81*T^2 + 24800
81*T^2 – 24800
25*T^2 + 24800
25*T^2 – 24800
What’s the equivalent of a recorded change in temperature of 180 °R in degrees Celsius?
100 °C
180 °C
212 °C
273 °C
The volume of an object depends on its temperature in degrees Celsius as V = a + B*T{C}. What is the dependence of volume upon the temperature in degrees Rankine?
V = a + 32*b + 9*b*T{R}/5
V = a + 492*b + 9*b*T{R}/5
V = a + 492*b + 5*b*T{R}/9
None of the above
The mass and volume of an object depend on its temperature in Kelvin as m = 5*t^2 kg and v = (400 + 600*t) m^3, respectively. What is the density of the object at t = 27 °C?
5 kg/m^3
10 kg/m^3
15 kg/m^3
20 kg/m^3
The temperature of a body in degrees Celsius and degree Rankine are related as T{C} = 50 + 3*T{R}. What is the change in temperature in Kelvin if its equivalent in degree Rankine is 100 °R?
300 K
180 K
100 K
90 K
