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11th Maharashtra Board
IMPORTANT
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At constant temperature the pressure of 22.4 dm3 volume of an ideal gas was increased from 105 kPa to 210 kPa. New volume could be-

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Important Questions on States of Matter : Gaseous and Liquid States

MEDIUM
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2
The pressure that each individual gas would exert if it were alone in the container, what do we call it as? (Partial pressure/ Total pressure)
MEDIUM
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2
When a gas is heated the particles move more quickly. What is the change in volume of a heated gas if the pressure is kept constant? (increase / decrease).
MEDIUM
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2
A bubble of methane gas rises from the bottom of the North Sea. What will happen to the size of the bubble as it rises to the surface?
EASY
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2
Convert the following temperature from degree Celsius to Kelvin, -15 °C.(Write the value without units)
EASY
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2
Convert the following temperature from degree Celsius to Kelvin, 25 °C.(Write the value without units)
EASY
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2
Convert the following temperature from degree Celsius to Kelvin, -197 °C.(Write the value without units)
EASY
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2
Convert the following temperature from degree Celsius to Kelvin, 273°C. (write only numerical value)
MEDIUM
11th Maharashtra Board
IMPORTANT
Chemistry>Chapter 10 - States of Matter : Gaseous and Liquid States>Exercises>Q 2

Convert the following pressure values into Pascals, 10 atmosphere.