The equatorial low pressure belts are also known as 

Monjur Alahi

The equatorial low pressure belts are also known as 

(A) ITCZ 

(B) IPEC 

(C) ISON

(D) None


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Salim Ahmed Kawsar

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The equatorial low pressure belts are also known as ITCZ

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Following reactions are known as inverse beta decay `p+vecvrarrn+e^(+)` `n+vrarrp+e^(-)` These reactions have extremely low probabilities. Because of

Correct Answer - (a) 0.51MeV (b) 6.60MeV,0.004 `overset(@)A`

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Three major belts of earthquake and volcanoes are- 

Correct Answer is  (d) Indian Ocean belt

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Give the distribution of earthquakes and volcanic belts in the world.

There are three major belts or zones of earthquakes and volcanoes on the earth.  Circum-Pacific belt:  1. This belt is also called as ‘Ring of Fire’ as it has maximum number of...

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A broad trough of low pressure’ in equatorial latitudes is known as 

B) Inter tropical convergence zone

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The winds that blow continuously and regularly above the world pressure belts are known as 

(B) Planetary winds

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If the high pressure region is denoted by A and low pressure region is denoted by B, then the winds: 

A) Flow from B to A

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The winds that blow from sub-tropical high pressure belt to equatorial low pressure belt are: 

C) Trade winds

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Winds blowing from the sub-tropical High-Pressure belts to the equatorial Low-Pressure belts are called as 

D) The trade winds

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The vapour pressure of pure water at 25°c is 18 mm Hg . When a nonelectrolyte is dissolved, its vapour pressure becomes 17.32 mm Hg . What is the relative lowering of vapour pressure of the solution?

We have given, The vapour pressure of pure water at 25°C = 18mm Hg. After addition of non-electrolyte, the vapour pressure of water = 17.32 mm Hg. Then, lowering in vapour pressure = (18...

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Equimolar mixture of two gases \( A_{2} \) and \( B_{2} \) is taken in a rigid vessel at temperature \( 300 K \). The gases reacts according to given equations : \[ \begin{array}{ll} A_{2}(g) \rightleftharpoons 2 A(g) & K_{P_{1}}=? \\ B_{2}(g) \rightleftharpoons & K_{P_{2}}=? \\ A_{2}(g)+B_{2}(g) & \rightleftharpoons 2 A B(g) & K_{P_{3}}=2 \end{array} \] If the initial pressure in the container was 2 atm and final pressure developed at equilibrium is \( 2.75 atm \). in which equilibrium partial pressure of gas \( A B \) was \( 0.5 atm \), calculate the ratio of \( \frac{ K _{ p _{2}}}{ K _{ p _{1}}} \). [Given : Degree of dissociation of \( B_{2} \) is greateı than \( A _{2} \) ].

this is the solution!!!! 

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