The bulb of a thermometer is spherical and that of another is cylindrical Equal quantity of mercury is filled in them Then .

Statement I: The bulb of one thermometer is spherical while that of the other is cylindrical . Both have equal amounts of mercury. The response of the cylindrical bulb thermometer will be quicker. Statement II: Heat conduction in a body is directly proportional to cross-sectional area.

Statement I: The bulb of one thermometer is spherical while that of the other is cylindrical . Both have equal amounts of mercury. The response of the cylindrical bulb thermometer will be quicker. Statement II: Heat conduction in a body is directly proportional to cross-sectional area.

Statement I: The bulb of one thermometer is spherical while that of the other is cylindrical . Both have equal amounts of mercury. The response of the cylindrical bulb thermometer will be quicker. Statement II: Heat conduction in a body is directly proportional to cross-sectional area.

Statement I: The bulb of one thermometer is spherical while that of the other is cylindrical . Both have equal amounts of mercury. The response of the cylindrical bulb thermometer will be quicker. Statement II: Heat conduction in a body is directly proportional to cross-sectional area.

Out of two thermometers one with spherical bulb and another with cylindrical bulb, which will respond quickly to temperature changes?

Two thermometers are constructed in the same way except that one has a spherical bulb and the other a cylindrical bulb, which one will respond quickly to temperature changes?

Two thermometer are constructed in the same way except that one has a spherical bulb and the other has an elongted cylindrical bulb. Which out of the two will respond quickly to temperature change?