Aspire Faculty ID #12151 · Topic: JEE Main 2 September 2020 (Evening) · Just now
JEE Main 2 September 2020 (Evening)

Let f : (–1,$\infty $)$ \to $ R be defined by f(0) = 1 and
f(x) = ${1 \over x}{\log _e}\left( {1 + x} \right)$, x $ \ne $ 0. Then the function f :

Previous 10 Questions — JEE Main 2 September 2020 (Evening)

Nearest first

Next 10 Questions — JEE Main 2 September 2020 (Evening)

Ascending by ID
1
Let f : (–1,$\infty $)$ \to $ R be defined by f(0) = 1 andLet A = {X = (x, y, z)T: PX = 0 andx2 + y2 + z2 = 1} where$P …
Topic: JEE Main 2 September 2020 (Evening)
2
The set of all possible values of $\theta $ in the interval (0, $\pi $) for which the points (1, 2) and (sin $\theta $,…
Topic: JEE Main 2 September 2020 (Evening)
3
If a curve y = f(x), passing through the point(1, 2), is the solution of the differential equation,2x2dy= (2xy + y2)dx,…
Topic: JEE Main 2 September 2020 (Evening)
4
Consider a region R = {(x, y) $ \in $ R : x2 $ \le $ y $ \le $ 2x}. if a line y = $\alpha $ divides the area of regi…
Topic: JEE Main 2 September 2020 (Evening)
5
For some $\theta \in \left( {0,{\pi \over 2}} \right)$, if the eccentricity of thehyperbola, x2–y2sec2$\theta $ = 10 …
Topic: JEE Main 2 September 2020 (Evening)
6
$\mathop {\lim }\limits_{x \to 0} {\left( {\tan \left( {{\pi \over 4} + x} \right)} \right)^{{1 \over x}}}$ is equal to
Topic: JEE Main 2 September 2020 (Evening)
7
The imaginary part of$${\left( {3 + 2\sqrt { - 54} } \right)^{{1 \over 2}}} - {\left( {3 - 2\sqrt { - 54} } \right)^{{1…
Topic: JEE Main 2 September 2020 (Evening)
8
If the sum of first $11$ terms of an A.P. $a_1, a_2, a_3, \ldots$ is $0 \; (a \neq 0)$, then the sum of the A.P. …
Topic: JEE Main 2 September 2020 (Evening)
9
Let EC denote the complement of an event E.Let E1, E2 and E3 be any pairwise independentevents with P(E1) > 0 and P(…
Topic: JEE Main 2 September 2020 (Evening)
10
Let n > 2 be an integer. Suppose that there are n Metro stations in a city located along a circular path. Each pair …
Topic: JEE Main 2 September 2020 (Evening)
Ask Your Question or Put Your Review.

loading...