The generalized rate expression may be written as:
r = k[A]ᵃ[B]ᵇ
We may determine the order with respect to B by observing the change in rate when the concentration of B is changed. This can be done by comparing the first two runs of the experiment, where the concentration of A is constant but the concentration of B is doubled. Upon doubling the concentration of B, we see that the rate also doubles. Therefore, the order with respect to concentration of B is 1.
The same can be done to determine the concentration with respect to A. The rate increases 4 times between the second and third trial in which the concentration of B is constant, but that of A is doubled. We find that the order with respect to is 2. The rate expression is:
r = k[A]²[B]
Explanation:
chemical formula tells you the specific elements included in the compound and the number of atoms of each. The letters in a chemical formula are the symbols for the specific elements. So for example, H means hydrogen.
A gas has more free molecules, and it is air, not a tangible substance. Hope it helps! :)
The statements that are actually correct among the given options are:
<span>Valence electrons are transferred to the oxygen atom.
</span>The bond length <span>is less than the sum of the two atomic radii.
</span><span>Bonding electrons are stationary in the CO molecule
</span>So the correct option among all the options that are given in the question is the fourth option or option "D".
