Complete the questions on this PDF file for the beginning of class on Wednesday, March 2nd.
Dr. McDonald's Mathematics Course Blog
Dr. McDonald's Mathematics Course Blog
Complete the questions on this PDF file for the beginning of class on Wednesday, March 2nd.
Hello Sir,
With question 3 part a; I’m not sure how to progress with finding the solution to the differential equation because it doesnt seem to work out in terms of anti-derivatives.
I have tried different methods with factoring out V, subtracting by a fraction of the denominator of itself (1+sqrt(v)/1+sqrt(v)) but nothing seems to be coming of this. I have tried the same but without factoring out V yet I reach the same result having a fraction involving 1 + sqrt(v) that I am not sure how to deal with!
Never mind!
I now just have the problem of somehow expressing the original function as a function of x and am stuck with it in its implicit form but I have been working for too long on it.
I am left with natural logarithms and a fraction with a root sign. any suggestions?
Good news—you don’t have to express \(y\) as an explicit function of \(x\) (double-check the wording of the question).