What is the difference between equilibrium and steady-state?

Explain about Chemical Equilibrium ?

Equilibrium is determined when (a) Supply is greater than demand (b) Supply is less than demand (c) Supply is equal to demand (d) All of the above

In equilibrium, a perfectly competitive firm will equate (a) Marginal social cost with marginal social benefit (b) Market supply with market demand (c) Marginal profit with marginal cost (d) Marginal revenue with marginal cost

An economy is in equilibrium when (a) Planned consumption exceeds planned saving (b) Planned consumption exceeds planned investment (c) Intended investment equals intended saving (d) Intended investment exceeds intended saving

A consumer is said to be in equilibrium, if: (A) he is able to fulfil his need with a given level of income (B) he is able to live in full comforts with a given level of income (C) he can fulfil his needs without consumption of certain items (D) He is able to locate new sources of income

ONGC, SSC,

How are free energy, equilibrium and spontaneity related to each other?

Cells are in nonequilibrium, open systems. In what way is thermodynamics useful in this situation?

when liquid stored in spherical vessel,equilibrium shift towards liquid.what is the benefit of it?

what is Hardy weinberg Equilibrium?

Donnan's equilibrium?

What Equilibrium?

SVNIT,

The system shown in the figure is in equilibrium. The metal spheres are identical and each has a mass of 2 kg. The surface areas of the pistons are equal and 100 square centimeters each. The density of water is 1 g per cubic centimeter. Assuming that the frictions and masses of the pistons are negligible, what is the mass of G? ( g = 10N/kg )

I would like to know what is the equilibrium constant for the following reaction: 2CrO42- + 2H+ + 2H2O2 = CrO5 + 3 H2O If possible, a reference will be wellcome.

AllTech,

Question 61 – A biochemical trolley of mass 15 kg is towing a trailer of mass 5 kg along a straight horizontal pathway. The trailer and the trolley are connected by a light inextensible tow-bar. The engine of the trolley exerts a driving force of magnitude 100 N. The trailer and the trolley experience resistances of magnitude 10 N and 30 N respectively. (a) Form 2 equations with unknowns T and a, that represents the equilibrium for the 2 systems of the trolley and trailer. (b) Solve the simultaneous equations from the 2 equations that are obtained in part (a) of this question. T is the tension of the tow-bar and a is the acceleration.