
Other Related Questions on iit jee entrance exam

Two lines are inclined at angle 'a' each parallel to each other. A ball is projected from the midpoint of both lines at an angle 'b' with the direction of the lines. The ball just touches one line and hits the other line perpendicularly. Prove that tan b = (√2 - 1) tan a
Two lines are inclined at angle 'a' each parallel to each other. A ball is projected from the midpoint of both lines at an angle 'b' with the direction of the lines. The ball just touches one line and hits the other line perpendicularly. Prove that tan b = (√2 - 1) tan a
Last Activity: 3 Months ago

Is 75pecent criteria required overall
If a person don't have 75 in pcm aggregate and individually too in pcm
But have pcmEngPhyed /500 aggregate overall to be 75
Will he be eligible for iits nits?
Is 75pecent criteria required overall
If a person don't have 75 in pcm aggregate and individually too in pcm
But have pcmEngPhyed /500 aggregate overall to be 75
Will he be eligible for iits nits?
Last Activity: 3 Months ago

For the gas phase reaction SO3(g) SO2 (g) + ½ O2 (g) if the gaseous mixture in a closed container is allowed to come at equilibrium and the degree of dissociation (α) at equilibrium is found to be 2/3 at 400 K and 1 atm pressure then calculate the vapour density of the equilibrium mixture.
For the gas phase reaction SO3(g) SO2 (g) + ½ O2 (g) if the gaseous mixture in a closed container is allowed to come at equilibrium and the degree of dissociation (α) at equilibrium is found to be 2/3 at 400 K and 1 atm pressure then calculate the vapour density of the equilibrium mixture.
Last Activity: 5 Months ago

For the gas phase reaction SO3(g) SO2 (g) + ½ O2 (g) if the gaseous mixture in a closed container is allowed to come at equilibrium and the degree of dissociation (α) at equilibrium is found to be 2/3 at 400 K and 1 atm pressure then calculate the vapour density of the equilibrium mixture.40013060
For the gas phase reaction SO3(g) SO2 (g) + ½ O2 (g) if the gaseous mixture in a closed container is allowed to come at equilibrium and the degree of dissociation (α) at equilibrium is found to be 2/3 at 400 K and 1 atm pressure then calculate the vapour density of the equilibrium mixture.40013060
Last Activity: 5 Months ago

Let S={x:x belongs to R(√3+√2)^(x^2-4) - (√3-√2)^(x^2-4)=10}. Then n(S) is equal to-
Let S={x:x belongs to R(√3+√2)^(x^2-4) - (√3-√2)^(x^2-4)=10}. Then n(S) is equal to-
Last Activity: 1 Year ago



