A graph plotted between concentration of reactant, consumed at any time (x) and time ' t ' is found to be a straight line passing through the origin. The reaction is of

Question

A graph plotted between concentration of reactant, consumed at any time (x) and time ' t ' is found to be a straight line passing through the origin. The reaction is of (A) first-order (B) zero-order (C) third-order (D) second-order

Tardigrade Admin · Accepted Answer

For a zero-order reaction, x=k t that is, =m x+c as =0, line passes through origin

Q. A graph plotted between concentration of reactant, consumed at any time $(x)$ and time ' $t$ ' is found to be a straight line passing through the origin. The reaction is of

first-order

zero-order

third-order

second-order

For a zero-order reaction, $x = k t$ that is, $= m x + c$ as $= 0$ , line passes through origin

Q. A graph plotted between concentration of reactant, consumed at any time (x) and time ' t ' is found to be a straight line passing through the origin. The reaction is of