reversible reactions

Let us learn about reversible reactions

A reversible reaction is a chemical reaction which results in an equilibrium mixture of reactants and products

Real reactions are more complex.

The equilibrium position is governed by the intrinsic rates of the forward reactions & back reactions. As there is usually more than 1 reactant & product their proportions can vary. Temperature affects the equilibrium position. The Equilibrium mixtures simulation allows us to investigate the effect of changing the initial concentrations of reactant & products & the temperature on some important reversible reactions.

In our next blog we shall learn about law of conservation of momentum I hope the above explanation was useful.Keep reading and leave your comments.

translatory

Let us learn about translatory

Movement or Motion is of several types. The best example, we have different types of motion like rotatory motion, translatory motion, oscillatory motion, etc. Translatory motion occurs when an object moves from 1 point to another in space. The object is displaced from its unique position. The motion may be in a straight line, or along a curve line.

To define a particle undergoing translatory motion, you use linear or translational kinematics. Translational kinematics defines the motion of a point in space along a line or path. The path is called the trajectory. If the trajectory path is straight, it is called as rectilinear motion. In case the path is curved, we call it curvilinear motion. Inspite we use the motion of a point to illustrate concepts in translational kinematics, the results are always useful for real-world, macroscopic objects also.

In our next blog we shall learn about monocot root I hope the above explanation was useful.Keep reading and leave your comments.