Content Curator | Updated On - May 24, 2024
JEE Advanced 2011 Paper 2 Question paper with answer key pdf conducted on April 10, 2011 is available for download. The exam was successfully organized by Indian Institute of Technology, Kanpur. In terms of difficulty level, JEE Advanced was of Moderate level. The question paper comprised a total of 60 questions divided among Three sections.
JEE Advanced 2011 Paper 2 Question Paper with Answer Key PDF in English
JEE Advanced 2011 Paper 2 Question Paper PDF | JEE Advanced 2011 Paper 2 Answer Key PDF |
---|---|
Download PDF | Download PDF |
JEE Advanced Previous Year Question Paper with Answer Key PDFs
JEE Advanced 2021 Question Paper | JEE Advanced 2020 Question Paper | JEE Advanced 2019 Question Paper |
JEE Advanced 2018 Question Paper | JEE Advanced 2017 Question Paper | JEE Advanced 2016 Question Paper |
Similar Engineering Exam Question Papers
JEE Advanced Questions
1. Let f(x) be a continuously differentiable function on the interval (0, ∞) such that f(1) = 2 and
\(\lim\limits_{t→x}\frac{t^{10}f(x)-x^{10}f(t)}{t^9-x^9}=1\)
for each x > 0. Then, for all x > 0, f(x) is equal to
\(\lim\limits_{t→x}\frac{t^{10}f(x)-x^{10}f(t)}{t^9-x^9}=1\)
for each x > 0. Then, for all x > 0, f(x) is equal to
- \(\frac{31}{11x}-\frac{9}{11}x^{10}\)
- \(\frac{9}{11x}+\frac{13}{11}x^{10}\)
- \(\frac{-9}{11x}+\frac{31}{11}x^{10}\)
- \(\frac{13}{11x}+\frac{9}{11}x^{10}\)
2. Let \(S=\left\{a+b\sqrt2:a,b\in Z\right\},T_1=\left\{(-1+\sqrt2)^n:n\in \N\right\},\ \text{and}\ T_2=\left\{(1+\sqrt2)^n:n\in\N\right\}\). Then which of the following statements is (are) TRUE ?
3. Two equilateral-triangular prisms \(P_1 \)and \(P_2\) are kept with their sides parallel to each other, in vacuum, as shown in the figure. A light ray enters prism \(P_1\) at an angle of incidence 𝜃 such that the outgoing ray undergoes minimum deviation in prism \(P_2\). If the respective refractive indices of \(P_1\) and\( P_2\) are \(√ 3 /2\) and \(√3\), then \(\theta = sin{−1}[\sqrt \frac{ 3}{ 2} sin ( \frac{\pi}{B} )],\) where the value of \(\beta\) is ______.
4. A closed vessel contains 10 g of an ideal gas X at 300 K, which exerts 2 atm pressure. At the same temperature, 80 g of another ideal gas Y is added to it and the pressure becomes 6 atm. The ratio of root mean square velocities of X and Y at 300 K is
- 2√2:√3
- 2√2:1
- 1:2
- 2:1
5. In the following reaction sequence, the major product Q is
\(\text{L-Glucose}\xrightarrow[ii)Cr_2,775K,10-20 \text{atm}]{i)HI, \Delta}P\xrightarrow[UV]{Cl_2(excess)}Q\)
\(\text{L-Glucose}\xrightarrow[ii)Cr_2,775K,10-20 \text{atm}]{i)HI, \Delta}P\xrightarrow[UV]{Cl_2(excess)}Q\)
Comments