The question ask to determine the longest wavelength of radiation that possesses the energy to break the bond and the minimum energy of 242kj/mol is required to break the chlorine-chlorine bond so the energy would be that the minimum wave length is 495nm and the high wavelength to it is the color green end of its wave
Answer:
Explanation:
Hello,
In this case, we use the ideal gas equation which allows us to understand the pressure-volume-mole-temperature behavior of hydrogen gas:
Thus, solving for the moles, we obtain:
We cannot forget that the temperature should be used in absolute units (Kelvins), therefore, the resulting moles turn out:
Best regards.
The answer is sodium hydroxide
Don’t click that link EVER, they try to use your camera fsr
(A) is the correct choice
As we increase the surface area of the reactants, we increase the rate of reaction.
Increasing the surface area of a solid reactant exposes more of its particles to attack. This results in an increased chance of collisions between reactant particles, so there are more collisions in any given time and the rate of reaction increases.