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Find all solution of f(f(x))=x ...
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A body starts sliding (from rest) without friction down a hill of height h. In the beginning the body has potential energy and no kinetic energy; at the end the body has only kinetic energy. It follows from energy conservatio ...
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A body starts sliding (from rest) without friction down a hill of height h. In the beginning the body has potential energy and no kinetic energy; at the end the body has only kinetic energy. It follows from energy conservatio ...
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\mathrm{f(x)}=(1+2\cos x)(1+2\cos 2x)(1+2\cos 4x)........(1+2\cos 32x) then find \mathrm{find \ \ f(\frac{2\pi}{13})} for practice ...
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prove that 32n+7 is a multiple of 8 ...
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how to find the sum of the series- (1)x2+x4+x6+....+x2n (2)1/x2+1/x4+...1/x2n. Please tell in a proper stepwise manner. ...
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1.FIND \left(1+\frac{1}{3} \right)\left(1+\frac{1}{3^{2}} \right)\left(1+\frac{1}{3^{3}} \right)..... 2.COEFFICIENT OF x98 in \left(x-1 \right)\left(x-2 \right)\left(x-3 \right)......\left(x-100 \right) 3.THE SERIES OF NATURA ...
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*Image* If a positive point charge q is kept at the center of a distribution ( equilateral triangle with side a) then what is the flux through each of the sides of the triangle? I want to know the gaussian surface we would co ...
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*Image* If a positive point charge q is kept at the center of a distribution ( equilateral triangle with side a) then what is the flux through each of the sides of the triangle? I want to know the gaussian surface we would co ...
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it is in my belief that we live in a 3d world and we require a different level of mind to understand a 4d world.if there are certain creatures which live in a 4 d world,they will have a totally different conditions of living ...
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it is in my belief that we live in a 3d world and we require a different level of mind to understand a 4d world.if there are certain creatures which live in a 4 d world,they will have a totally different conditions of living ...
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it is in my belief that we live in a 3d world and we require a different level of mind to understand a 4d world.if there are certain creatures which live in a 4 d world,they will have a totally different conditions of living ...
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1. Find the work performed by one mole of a Van der Walls gas during its isothermal expansion from volume V1 to V2 at a temperature T. i hav d answer but just try to see ur thought on it. so just do it ...
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IF f(x)=cos[pi2]x + cos[-pi2]x,where [.] is the gif ,yhen value of f(pi) will b? what i have recognised about this qyestion is that this belongs to pi2-(9,10). ...
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find the summation till infinity of : *Image* ...
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A particle of mass m = 2 kg executes SHM in xy-plane between points A and B under action of force = Fx + Fy . Minimum time taken by particle to move from A to B is 1 sec. At t = 0 the particle is at x = 2 and y = 2. Then Fx a ...
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A particle of mass m = 2 kg executes SHM in xy-plane between points A and B under action of force = Fx + Fy . Minimum time taken by particle to move from A to B is 1 sec. At t = 0 the particle is at x = 2 and y = 2. Then Fx a ...
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A particle of mass m = 2 kg executes SHM in xy-plane between points A and B under action of force = Fx + Fy . Minimum time taken by particle to move from A to B is 1 sec. At t = 0 the particle is at x = 2 and y = 2. Then Fx a ...
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range of f(x)=cosx + cos2x is ...
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range of f(x)=cosx + cos2x is ...
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Consider a drop of conducting liquid in gravity free space. Its radius is R while the surface tension of the liquid is T. Now the drop is supplied some charge Q. For what values of Q is the drop stable. ...
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1. A SIMPLE HARMONIC OSCILLATOR HAS AMPLITUDE A ,ANGULAR VELOCITY w AND MASS m ,THEN AVERAGE ENERGY IN ONE TIME PERIOD IS: a) 1/4 mw2A2 b) 1/2 mw2A2 c) mw2A2 d) 0. 2. A PARTICLE OF MASS m IS OSCILLATING NEAR THE MINIMUM OF OF ...
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If x∩=(1+1/n)^n , n is a natural number. . . then prove that (1) x∩ is an increasing sequence . . . (2) Prove that 2<x∩<3. ...
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Consider a drop of conducting liquid in gravity free space. Its radius is R while the surface tension of the liquid is T. Now the drop is supplied some charge Q. For what values of Q is the drop stable. ...
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added Q20 , Q21 , Q22 Q1) If KMF can be written as LLH then RMS = a) SLR b) SLU c) SSU d) SUS Q2) If corden can be written as zrogbq then what can be written as pxivro a) mulmul b) sulsul c) munmun d) srspql Q3) if QDXM can b ...
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Q1>>>i want to know about external and internal compensation Q2>>>do we count optically inactive compounds as optical isomers ...
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a circular loop of string rotates about its axis on a frictionless horizontal plane at a uniform rate so that the tangential speed of any particle of the string is v. if a small transverse disturbance is produced at a point o ...
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a wall consists of alternating blocks with length d and coefficient of thermal conductivity k1 and k2 . the cross sectioal area of the blocks are the same . determine the coefficient of thermal conductivity of the wall... {an ...
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Consider a drop of conducting liquid in gravity free space. Its radius is R while the surface tension of the liquid is T. Now the drop is supplied some charge Q. For what values of Q is the drop stable. ...
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If x∩=(1+1/n)^n , n is a natural number. . . then prove that (1) x∩ is an increasing sequence . . . (2) Prove that 2<x∩<3. ...
