Derivation OF formula OF Mavg in terms OF α,Variation OF Mavg in Different 2 types OF Reaction (Δn = 0,Δn > 0,Δn < 0),Solved Numerical Class illustration

Degree OF Dissociation (α) || Mavg and Vapour Density in Terms OF α

Both ratios are same or different 0.2 : 5 = 2 : 0.5

For a certain reaction the variation of rate constant with temperature is given by the equation ln k_(t) = lnk_(0) + ((ln 3)t)/(10) (t ge 0^(@)C) The value of temperature coefficient of the reaction is

Figure shows the variation of electric field intensity E with distance x. The potential difference between the point x = 0 and x= 5m is

Derive relation between rate of reaction(k) and cell potential E_(cell)^(0)

The magnetic field due to a long straight wire has been derived in terms of mu_0 ,i and d. Express this in terms of varepsilon_0, c, I, and d.

In a sequence of (4n + 1) terms the first (2n + 1) terms are in AP whose common difference is 2, and the last (2n + 1) terms are in GP whose common ratio is 0.5. If the middle terms of the AP and GP are equal, then the middle term of the sequence is

Write an A.P. whose first term is 0..6 and the common difference 0.3.

Obtain the formulae for the position of an object moving with uniform velcity v at any time t in terms of its position at t = 0