The two pictures shown below represent starting conditions for the following reaction: O3 (g) + NO(g) → O2 (g) + NO2 (g) with a rate law: Rate = k (O3 )(NO) Which flask will react faster than the other? Determine how much faster the fast one reacts compared to the slow one? Explain your answers in terms of molecular collisions.

How do I find the answer to this? My thinking is that box a will react more since there's equal amounts of reactants but box b will react faster since there's so much NO to collide with the O3 molecules. Thanks.

What is the relationship of air masses and the temperature of oceans?

Straightforward questions answered in the powerpoint slidesreaction: heating the starting materials under refluxwhat does it mean to heat under reflux? why do we choose water as the reflux solvent? what are boiling chips used for? why do we put a condenser on top of the reaction? why do we add heat and let the reaction stir for 30 minutes? why do we add sulfuric acid to the reaction after it cools as opposed to when it’s still hot? separation: filtration of precipitatewhy don’t we do an aqueous and organic extraction in the separatory funnel? why do you rinse the salicylic acid on the filter with ice cold water? purification: recrystallization of salicylic acid (no hot filtration needed)what is the difference in the amount of room temperature water vs. boiling water needed to dissolve the salicylic acid (assume a 1.2 gram yield of salicylic acid)? remember, in the lab if you need x ml of boiling water to dissolve a solid, then you should add a little more (definitely no more than 1.5 times the theoretical amount) to ensure it doesn’t recrystallize prematurely.analysis: melting point of salicylic acidwhat can you conclude if the melting point of the salicylic acid you just synthesized is 152-155oc and the 1: 1 mix of your product and “synthetic” salicylic acid is 151-154oc?

Which element would mostly likely have an electron affinity measuring closest to zero