@JohnRennie HSac is weak. It dissociates partially. I found out the equilibrium conc. But then realised that H+ will be eaten up by the Buffer also the Sac- ions. Too many simultaneous changes taking place. I cannot understand how to set up the new equilibrium
@sanya I don't feel there is a direct way to find it, if you know the number of elements in domain and co-domain, there is a principle to find the number of onto functions.
@khaxan It's simpler than you think. The buffer keeps the pH at 3 and the dissociation of the HSaC cannot change this. So [H⁺] stays constant at 10⁻³ mol/litre.
Am I on the right track? I am not sure about my reasoning...
Number of surjective functions from $A$ to $B$
$$A = \{1,2,3,4\} ; B = \{a,b,c\}$$
We must count the surjective functions, meaning the functions for which for all $b \in B$, $\exists~a \in A$ such that $f(a) = b$, $f$ being one of those...
@KavinIshwaran I haven't been introduced to that yet, my module tells me to find the number of into functions and subtract it from the total no. Of functions. I do not understand why
Is there any strategy you apply in such questions. For eg: questions where common ion effect plays a role and there are simultaneous interactions. How do you find the equilibrium concentrations?
@sanya by inclusion - exclusion, he meant them as a counting principle. For finding a set containing elements satisfying A or B, you find the elements satisfying A and add them to the elements satisfying B and subtract those element which both satisfy A and B.
It is evident from these queries and responses that the Work Energy Theorem holds true in non-inertial frames (with work performed by pseudo force included in the equation).
Is work-energy theorem valid in non-inertial frames?
Work associated with pseudo force
Now if we Consider the following s...
I really hate the way that your head is fuzzy when you're feeling unwell and you just can't concentrate. People were asking me questions and I just couldn't concentrate enough to answer them.
It is evident from these queries and responses that the Work Energy Theorem holds true in non-inertial frames (with work performed by pseudo force included in the equation).
Is work-energy theorem valid in non-inertial frames?
Work associated with pseudo force
Now if we Consider the following s...
Problem Solving Strategies
Problem Solving Strategies