2. Air
2. Air

233014 Which of the following is the unit of Atmospheric pressure?

1 Watt
2 Calories
3 Bars
4 Newton
2. Air

233015 The amount of insolation ------- from the equator towards the poles?

1 Increase
2 Decrease
3 Remain the same
4 None
2. Air

233016 Excess amount of C0\(_{\1}\) is responsible for

1 Global cooling.
2 Global warming.
3 Both
4 None of these.
2. Air

233017 What is the result when the air is heated?

1 Heavier.
2 Lighter.
3 Colder.
4 Warmer.
2. Air

233014 Which of the following is the unit of Atmospheric pressure?

1 Watt
2 Calories
3 Bars
4 Newton
2. Air

233015 The amount of insolation ------- from the equator towards the poles?

1 Increase
2 Decrease
3 Remain the same
4 None
2. Air

233016 Excess amount of C0\(_{\1}\) is responsible for

1 Global cooling.
2 Global warming.
3 Both
4 None of these.
2. Air

233017 What is the result when the air is heated?

1 Heavier.
2 Lighter.
3 Colder.
4 Warmer.
2. Air

233014 Which of the following is the unit of Atmospheric pressure?

1 Watt
2 Calories
3 Bars
4 Newton
2. Air

233015 The amount of insolation ------- from the equator towards the poles?

1 Increase
2 Decrease
3 Remain the same
4 None
2. Air

233016 Excess amount of C0\(_{\1}\) is responsible for

1 Global cooling.
2 Global warming.
3 Both
4 None of these.
2. Air

233017 What is the result when the air is heated?

1 Heavier.
2 Lighter.
3 Colder.
4 Warmer.
2. Air

233014 Which of the following is the unit of Atmospheric pressure?

1 Watt
2 Calories
3 Bars
4 Newton
2. Air

233015 The amount of insolation ------- from the equator towards the poles?

1 Increase
2 Decrease
3 Remain the same
4 None
2. Air

233016 Excess amount of C0\(_{\1}\) is responsible for

1 Global cooling.
2 Global warming.
3 Both
4 None of these.
2. Air

233017 What is the result when the air is heated?

1 Heavier.
2 Lighter.
3 Colder.
4 Warmer.