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CSIR NET Part C

One statement at a time

Part C looks like a multiple-choice question, but it is really four separate true/false calls — and the marking scheme gives you nothing unless every one of them is right. So practise them the way they are actually marked. When you slip, you get the counterexample and, more usefully, the kind of mistake it was.

No account needed. Press T or F to answer, ↵ to continue.

Drilling Existence vs uniqueness only — drill everything instead

Separable kernels and resolvent kernels

Context

Consider y(x)=f(x)+λ∫01y(x) = f(x) + \lambda\int_{0}^{1} xt·y(t) dt, a Fredholm equation of the second kind with separable kernel K(x, t) = xt. Which of the following are true?

Is this true?

The equation has a unique solution for every value of λ\lambda, including λ=3\lambda = 3.

The mistakes it is testing for

Every statement here is built on one of these 13 reasoning slips. Getting one wrong tells you which — that is the whole point of drilling statements rather than whole questions.

When you slip, look it up

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