water freezes at – 160∘ Y and boils at – 50∘ Y. On this Y scale

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A one litre flask contains certain quantity of mercury. If the volume of air inside the flask remains the same at all temperatures then the volume of mercury in the flask is (volume expansion coefficient of mercury is 20 times that of flask)
18
Nov
A one litre flask contains certain quantity of mercury. If the volume of air inside the flask remains the same at all temperatures then the volume of mercury in the flask is (volume expansion coefficient of mercury is 20 times that of flask) a temperature of 340 K would be read as On a temperature [...]
Posted in: Chapter 16 - Calorimetry and Heat Transfer , MTG NEET Physics , Part 1 ,
Tags: a temperature of 340 K would be read as , On a temperature scale Y , water freezes at - 160∘ Y and boils at - 50∘ Y. On this Y scale ,
On a temperature scale Y, water freezes at – 160∘ Y and boils at – 50∘ Y. On this Y scale, a temperature of 340 K would be read as
18
Nov
On a temperature scale Y, water freezes at – 160∘ Y and boils at – 50∘ Y. On this Y scale, a temperature of 340 K would be read as a temperature of 340 K would be read as On a temperature scale Y water freezes at - 160∘ Y and boils at - 50∘ [...]
Posted in: Chapter 16 - Calorimetry and Heat Transfer , MTG NEET Physics , Part 1 ,
Tags: a temperature of 340 K would be read as , On a temperature scale Y , water freezes at - 160∘ Y and boils at - 50∘ Y. On this Y scale ,