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CSIR NET Maths previous year question papers

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CSIR NET June 2025 · Part B (3 Marks)Complex Analysis, Algebra & Topology#the-2-pi-r-arc-length-factor-forces-f-to-vanish-so-c-is-exactly-0

Let f:C→Cf : \mathbb{C} \to \mathbb{C} be a polynomial map. For R > 0, let γR:[0,1]→C\gamma_R : [0, 1] \to \mathbb{C} be the map t ↦ Re2πitRe^{2\pi{}it}. Suppose that there exists c∈Rc \in \mathbb{R} such that ∫01\int_{0}^{1} |(f ∘ γR)(t)γR′(t)\gamma_R)(t) \gamma'_R(t)| dt → c as R→∞R \to \infty. Which of the following statements is FALSE?

Single choice · Cauchy Theory

CSIR NET June 2025 · Part B (3 Marks)Complex Analysis, Algebra & Topology#the-line-misses-the-origin-so-the-forced-constant-is-non-zero

Let f be an entire function such that f(C)⊂f(\mathbb{C}) \subset {x + iy | y = x + 1}. Which of the following statements is true?

Single choice · Cauchy Theory

CSIR NET December 2024 · Part C (4.75 Marks)Complex Analysis, Algebra & Topology#a-fractional-growth-rate-rounds-to-an-integer-both-times

Let f:Cf : \mathbb{C} \ {0} →C\to \mathbb{C} be a non-zero holomorphic function such that |f(z)| ≤ |z|^(5/2) + 1/|z|(1/2),z∈C^(1/2), z \in \mathbb{C} \ {0}. Which of the following statements are true?

Multi-select · full marks only for the exact set · Cauchy Theory

CSIR NET June 2024 · Part C (4.75 Marks)Complex Analysis, Algebra & Topology#unbounded-set-forces-infinite-radius

Which of the following conditions ensure that the power series ∑(n≥0)anzn\sum_(n\ge0) a_{n}z^{n} defines an entire function?

Multi-select · full marks only for the exact set · Analytic Functions

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