I laughed when you said “my favourite integration technique called ‘wouldn’t it be nice’” I had a question in my exam that required this exact idea and i was so thankful i watched your video on the 1 2 3 4 integral you mentioned.
Recipe for Riccati equation Pick a random functions p(x) and q(x) and u(x) Let u(x) be particular solution of Riccati equation Write Bernoulli equation with r=2 Substitute v(x)=y(x) - u(x) If we pick our favourite function for u(x) we can generate Riccati equation fe from this equation and such Riccati equation would not be difficult to solve
I laughed when you said “my favourite integration technique called ‘wouldn’t it be nice’”
I had a question in my exam that required this exact idea and i was so thankful i watched your video on the 1 2 3 4 integral you mentioned.
hello, do you happen to know the video title, please?
Recipe for Riccati equation
Pick a random functions p(x) and q(x) and u(x)
Let u(x) be particular solution of Riccati equation
Write Bernoulli equation with r=2
Substitute v(x)=y(x) - u(x)
If we pick our favourite function for u(x)
we can generate Riccati equation fe from this equation
and such Riccati equation would not be difficult to solve
Superb... Awesome🎉
Nice :)
Not tanx + 1 again 😭