Home
Class 9
PHYSICS
Assert ion (A) : 0 . ^(@) C = 273 . 16...

Assert ion (A) : `0 . ^(@) C` = 273 . 16 K . For our convenience we take is as 273 K after roundig off the decimal .
Reason (R) : To convert a temperature on the Celsius scale we have to add 273 to the give temperature.

Text Solution

Verified by Experts

The correct Answer is:
B
Promotional Banner

Topper's Solved these Questions

  • MEASUREMENT

    FULL MARKS|Exercise Exercise (VI. Very short answer type.)|6 Videos
  • MEASUREMENT

    FULL MARKS|Exercise Exercise (VII. Short answer type.)|4 Videos
  • MEASUREMENT

    FULL MARKS|Exercise Exercise (IV. Match the following.)|2 Videos
  • ELECTRIC CHARGE AND ELECTRIC CURRENT

    FULL MARKS|Exercise ADDITIONAL QUESTIONS (LONG ANSWERS QUESTIONS)|4 Videos

Similar Questions

Explore conceptually related problems

Scientists uses the Kelvin scale (K) as an alternative temperature scale to degrees Celsius (°C) by the relation T°C = (T+273)K. Convert the following to Kelvin: -275°C

Scientists uses the Kelvin scale (K) as an alternative temperature scale to degrees celsius (°C) by the relation T°C = (T+273)K. Convert the following to Kelvin: -45°C

Scientists uses the Kelvin scale (K) as an alternative temperature scale to degrees celsius (°C) by the relation T°C = (T+273)K. Convert the following to Kelvin: -273°C

Scientists uses the Kelvin scale (K) as an alternative temperature scale to degrees celsius (°C) by the relation T°C = (T+273)K. Convert the following to Kelvin: -400°C

An iron bar (L_(1) = 0.1 m , A_(1) = 0.02 m^(2), K_(1) = 79 W m^(-1) K^(-1)) and a brass bar (L_(2) = 0.1 m, A_(2) = 0.02 m^(2) , K_(2) = 109 W m^(-1) K^(-1)) are soldered end to end as shown in Fig. 11.16. The free ends of the iron bar and brass bar are maintained at 373 K and 273 K respectively. Obtain expressions for and hence compute (1) the temperature of the function of the two bars, (11) the equivalent thermal conductivity of the compound bar, and (111) the heat current through the compound bar.

Which of the following temperature conversions is incorrect K(Kelvin) = ^@C (Celsius)+273.15

On a cold winter day, the atmospheric temperature is -theta (on celsius scale) which is below 0^(@)C . A cylindrical drum of height h made of a bad conductor is completely filled with water at 0^(@)C and is kept outside without any lid. Calculate the time taken for the whole mass of water to freeze. Thermal conductivity of ice is K and its latent heat of fusion is L . Neglect expansion of water on freezing.