A person can balance easily on a moving bisycle but cannot balance on stationary bicycle. This is possible because of law of conservation of

A person can balance easily on a moving bicycle but cannot balance on stationary bicycle. This is possible because of law of conservation of

Does a balanced chemical equation obey the law of conservation of mass ?

A person, pressing his ear on the railway tracks can hear an approaching train. This is possible because of

It is easier to keep your balance on a moving bicycle than on a bicycle at rest". Why ?

Does a balanced chemical equation satisfy the law of conservation of mass ?

State what is a balanced equation with a relevant example. Give a reason why an equation is balanced with reference to the law of conservation of matter.

A person who consumes more alcohol than a specified quantity cannot walk properly or cannot balance a bicycle. Give reason.

Can balanced forces move a body at rest?

We know that balancing of a chemical equation is entirely bases on law of conservation of mass. However the concept of Principle of Atom Conservation (POAC) can also be related to law of consevation of mass in a chemical reaction. So, POAC can also act as a technique for balancing a chemical equation. For example, for a reaction: ABC_(3) rarr AB+C_(2) On applying POAC for A , B and C and related the equations , we get : (n_(ABC_(3)))/(2) =(n_(AB))/(2) =(n_(C_(2)))/(3) ( n_(x) : number of moles of X) Thus , the cofficients of ABC_(3) , AB and C_(2) in the balanced chemical equation will be 2,2 and 3 respectively and the balanced chemical equation can be represented as , 2ABC_(3) rarr 2AB + 3C_(2) Which of the following statements jis correct balanced chemical equation, pA+qB_(2) rarr rA_(2)B_(5)