-
Evaluate: \lim_{x\rightarrow 0} \frac{tan^{-1}x}{sin^{-1}x} ...
-
Evaluate: \lim_{x\rightarrow 0} \frac{tan^{-1}x}{sin^{-1}x} ...
-
Find the condition that the straight line cx-by+b^{2}=0 may touch the circle x^{2}+y^{2}=ax+by and find the point of contact. ...
-
{\color{red} 17^{14}>31^{11}-\mathit{Prove...}} ...
-
Does anybody know whether this new centre of 'Adudine' is a good one for the correspondence course or rankers study materials or the classroom coaching? Any idea? ...
-
Find out the remainder of 19^{92}/92 ...
-
An artillery target may be either at point I with probability 8/9 at point II with probability 1/9 .We have 21 shells,each of which can be fired either at point I or at point II .Each shell may hit the target,independently of ...
-
Solve :- \int \left(a-x \right)\left(b-x \right)\left(c-x \right)...............\left(z-x \right)dx ...
-
Solve :- \int \left(a-x \right)\left(b-x \right)\left(c-x \right)...............\left(z-x \right)dx ...
-
Solve :- \int \left(a-x \right)\left(b-x \right)\left(c-x \right)...............\left(z-x \right)dx ...
-
Solve :- \int \left(a-x \right)\left(b-x \right)\left(c-x \right)...............\left(z-x \right)dx ...
-
Solve :- \int \left(a-x \right)\left(b-x \right)\left(c-x \right)...............\left(z-x \right)dx ...
-
Why are phenols stronger acid than water? ...
-
what is the 1000th term of the series 1,2,2,3,3,3,4,4,4,4... ...
-
Camp for Freshmen... N boys studying physics and N girls studying liberal arts are sitting by the flickering campfire. Just by them are N, strictly coed tents (for two people each). Egon Quark has to arrange the sleeping orde ...
-
is i i real or imaginary ? ...
-
Guys, I'm in dire need of advice and this seems the place to get it! I have a jee air of 1659 and I may get one of the following fields. Could you please help me decide which of these I should take as my first preference? 1. ...
-
Point A moves uniformly with velocity 'v' so that the vector 'v' is continually "aimed" at point B which in its turn moves rectilinearly and uniformly with velocity u<v. At the initial moment of time v perpendicular to u a ...
-
Point A moves uniformly with velocity 'v' so that the vector 'v' is continually "aimed" at point B which in its turn moves rectilinearly and uniformly with velocity u<v. At the initial moment of time v perpendicular to u a ...
-
Point A moves uniformly with velocity 'v' so that the vector 'v' is continually "aimed" at point B which in its turn moves rectilinearly and uniformly with velocity u<v. At the initial moment of time v perpendicular to u a ...
-
give the integration of 1/( 1+ sin pi x/d) with respect to x the limits are from x=0 to x=d i have not started calculus yet ..but i have to use this in a question of physics ...please do not give any formula ..because i don't ...
-
If a ,b and c are unit vectors,then show that 0≤ \left|\vec{a}-\vec{b} \right|^{2}+\left|\vec{b}-\vec{c} \right|^{2}+\left|\vec{c}-\vec{a} \right|^{2}\leq 9 \left|\vec{a}-\vec{b} \right|^{2}+\left|\vec{b}-\vec{c} \right|^{2 ...
-
Point A moves uniformly with velocity 'v' so that the vector 'v' is continually "aimed" at point B which in its turn moves rectilinearly and uniformly with velocity u<v. At the initial moment of time v perpendicular to u a ...
