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1. \lim_{x\rightarrow \frac{\prod{}}{4}} \frac{\sqrt{1-\sqrt{sin 2x}}}{\prod{-4x}} where x <pi/4 2. \lim_{x\rightarrow \propto } x^{3} \left\{{\sqrt{x^{2}+\sqrt{1+x^{4}}}- x\sqrt{2}} \right\} 3. \lim_{x\rightarrow \Pi /2} ...
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1. \lim_{x\rightarrow \frac{\prod{}}{4}} \frac{\sqrt{1-\sqrt{sin 2x}}}{\prod{-4x}} where x <pi/4 2. \lim_{x\rightarrow \propto } x^{3} \left\{{\sqrt{x^{2}+\sqrt{1+x^{4}}}- x\sqrt{2}} \right\} 3. \lim_{x\rightarrow \Pi /2} ...
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Is this solvable ?? Find no of ways by which we can stack 12 coins in a line so that each coin lies on table or on 2 coins ...
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Is this solvable ?? Find no of ways by which we can stack 12 coins in a line so that each coin lies on table or on 2 coins ...
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Is this solvable ?? Find no of ways by which we can stack 12 coins in a line so that each coin lies on table or on 2 coins ...
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Which of the following ionisation energy order is/are correct : (A) F > cL- (B) F > cL (C) cL>F - (D) CL - > F - ...
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(Not a Doubt) [4] Find the no. of ways in which 5-A(s) & 6-B(s) can be arrranged in a row which reads the same Backwards. ...
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(Not a Doubt) [4] Find the no. of ways in which 5-A(s) & 6-B(s) can be arrranged in a row which reads the same Backwards. ...
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A body is in pure rolling on a fixed horizontal surface . Choose the incorrect statements (A)its point of contact slips with respect to the surface (B)its point of contact has 0 accn (C)its com always moves along a st line (D ...
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A body is in pure rolling on a fixed horizontal surface . Choose the incorrect statements (A)its point of contact slips with respect to the surface (B)its point of contact has 0 accn (C)its com always moves along a st line (D ...
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A body is in pure rolling on a fixed horizontal surface . Choose the incorrect statements (A)its point of contact slips with respect to the surface (B)its point of contact has 0 accn (C)its com always moves along a st line (D ...
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MULTI ANSWER CORRECT *Image* How to do the charge distribution here? ...
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S = { [x],sin-1x , l x l , {x} } A,B,C are subsets of S A ---> consists of odd functions B ----> consists of discontinuous functions C ----> consists of non decreasing/ increasing functions l (x) ε neither A nor B n ...
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Suppose you have done 6 litre-atm. work to raise some water by certain temperature. Specific heat capacity of water is 4.124 J g-1 K-1. Find out the work you have done (6 litr-atm.) in Joules. Plzzzzzzzzzz explain .... ...
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1) if f(2x + y/8 ,2x - y/8 )=xy then f(x,y) +f(y,x)=??? 2)the function f(x)=λmod(sinx) + λ2mod(cosx) +g(λ) has a period equalt to pie/2 then find λ 3)evaluate the limit \lim_{x\rightarrow \infty }(\frac{x}{2}cos(\frac{\pi ...
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1) if f(2x + y/8 ,2x - y/8 )=xy then f(x,y) +f(y,x)=??? 2)the function f(x)=λmod(sinx) + λ2mod(cosx) +g(λ) has a period equalt to pie/2 then find λ 3)evaluate the limit \lim_{x\rightarrow \infty }(\frac{x}{2}cos(\frac{\pi ...
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Q1. \lim_{x\rightarrow 0}\frac{sintanx+ln(\sqrt{1+sin^2x}-sinx)}{ln(1+x^3)} Q2. A=\begin{bmatrix} 1 &1 &1 \\ -1 &0 &2 \\ 2 &1 &0 \end{bmatrix} , I is the unit matrix of order 3X3 and aA3 + bA2 + cA + I = B where B is null mat ...
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1)For an LR circuit at t=0 , rate at which magnetic energy gets stored in the inductor (A)Decreases continuously (B)Increases continuously (C) First increases and then decreases (D)First decreases & then increases ...
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1)For an LR circuit at t=0 , rate at which magnetic energy gets stored in the inductor (A)Decreases continuously (B)Increases continuously (C) First increases and then decreases (D)First decreases & then increases ...
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1)For an LR circuit at t=0 , rate at which magnetic energy gets stored in the inductor (A)Decreases continuously (B)Increases continuously (C) First increases and then decreases (D)First decreases & then increases ...
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1)For an LR circuit at t=0 , rate at which magnetic energy gets stored in the inductor (A)Decreases continuously (B)Increases continuously (C) First increases and then decreases (D)First decreases & then increases ...
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1)For an LR circuit at t=0 , rate at which magnetic energy gets stored in the inductor (A)Decreases continuously (B)Increases continuously (C) First increases and then decreases (D)First decreases & then increases ...
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Q. There are four compounds X,Y,Z,W whose standard reduction potentials are -0.8V, 0V, 0.8V and 1.5 V Which of these can act best as both reducing and oxidising agent? (a) X (b) Y (c) Z (d) W ...
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Which of the following statements is correct about the conduction of electricity in pure crystal of Si at room temparature? (A)The conduction is due to the holes formed from the release of electrons (B)The conduction is due t ...
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Q1 Dividing f(z) by z-i gives remainder i and diviiding by z+i we get remainder 1+i If f(z) is diivded by z2+1,ten remainder is ?? Q2 Represent on argand plane lz+il<lz-xl<lz-il Q3 If lzl≤1 and lωl≤1 then prove lz- ...
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Q1 Dividing f(z) by z-i gives remainder i and diviiding by z+i we get remainder 1+i If f(z) is diivded by z2+1,ten remainder is ?? Q2 Represent on argand plane lz+il<lz-xl<lz-il Q3 If lzl≤1 and lωl≤1 then prove lz- ...
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Q1 Dividing f(z) by z-i gives remainder i and diviiding by z+i we get remainder 1+i If f(z) is diivded by z2+1,ten remainder is ?? Q2 Represent on argand plane lz+il<lz-xl<lz-il Q3 If lzl≤1 and lωl≤1 then prove lz- ...
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Q1 Dividing f(z) by z-i gives remainder i and diviiding by z+i we get remainder 1+i If f(z) is diivded by z2+1,ten remainder is ?? Q2 Represent on argand plane lz+il<lz-xl<lz-il Q3 If lzl≤1 and lωl≤1 then prove lz- ...
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Q1 Dividing f(z) by z-i gives remainder i and diviiding by z+i we get remainder 1+i If f(z) is diivded by z2+1,ten remainder is ?? Q2 Represent on argand plane lz+il<lz-xl<lz-il Q3 If lzl≤1 and lωl≤1 then prove lz- ...
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I dont know how many times this one has been discussed here.....but the reason for posting here is that I just found 2 good solns to this one..... Find resistance b/w A and B *Image* Lets see who posts all 3.... Start with th ...
