Solve the cryptarithm : ` O N +\ O N + O N + O N = G O `

Solve the cryptarithm: O N + O N + O N =\ G O

Solve the cryptarithm: O N +\ O N = G O

G N I N O S A E : R E A S O N I N G : : E C N A M O : ?

Which blue-liquid is obtained on reacting equimolar amounts of two gases at -30^@C ? N 2 O N 2 O 3 N 2 O 4 N 2 O 5

Let f : N to N : f (x) =2x, g : N to N : g (y) = 3y+ 4 and h : N to N : h (z) = sin z Show that h o ( g o f) = (h o g ) o f .

If O\ a n d\ O^(prime) are circumcentre and orthocentre of \ A B C ,\ t h e n\ vec O A+ vec O B+ vec O C equals a. 2 vec O O ' b. vec O O ' c. vec O ' O d. 2 vec O ' O

If O\ a n d\ O^(prime) are circumcentre and orthocentre of \ A B C ,\ t h e n\ vec O A+ vec O B+ vec O C equals a. 2 vec O O ' b. vec O O ' c. vec O ' O d. 2 vec O ' O

What is the effect of increasing pressure in the rection? 2 N O 2 ( g ) ↔ N 2 O 4 ( g )

The changes in bond length with respect to N - N and O - O , when N_(2) becomes N_(2)^(+) and O_(2) becomes O_(2)^(+) are respectively

Calculate the resonance energy of N_(2)O from the following data Delta H_(f) " of " N_(2)O= 82 kJ mol^(-1) . Bond energies of N -= N, N = N, O = O and N = O bond are 946, 418 and 607 kJ mol^(-1) respectively