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Which of these is greatest .9 (0.9999999999999999999................) 1.01 (1.00000000000000.................0001) 1 ?? ...
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What was the last time I gave a maths question? An easy one.. sort of! f(x)=[x] g(x) = f -1 (x) Find the solution for f(x)=g(x) ...
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What was the last time I gave a maths question? An easy one.. sort of! f(x)=[x] g(x) = f -1 (x) Find the solution for f(x)=g(x) ...
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What was the last time I gave a maths question? An easy one.. sort of! f(x)=[x] g(x) = f -1 (x) Find the solution for f(x)=g(x) ...
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What was the last time I gave a maths question? An easy one.. sort of! f(x)=[x] g(x) = f -1 (x) Find the solution for f(x)=g(x) ...
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What was the last time I gave a maths question? An easy one.. sort of! f(x)=[x] g(x) = f -1 (x) Find the solution for f(x)=g(x) ...
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What was the last time I gave a maths question? An easy one.. sort of! f(x)=[x] g(x) = f -1 (x) Find the solution for f(x)=g(x) ...
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What was the last time I gave a maths question? An easy one.. sort of! f(x)=[x] g(x) = f -1 (x) Find the solution for f(x)=g(x) ...
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Maxima Minima. Among All quadrilaterals of Perimeter P, which has the highest area.. * Prove.. It is a square. ...
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*Image* A Long bus has to be passed from the top to the wider road on the side horizontally. The width of the road at the top= a The width of the road at the side= b Find the longest bus that can be made so that it ca ...
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*Image* Two rods collide with each other as shown above .. What is the motion of the two after collision.. Lenghts are equal and mass is the same (identical rods) Assume mass m and length L take coefficient of elasticity as e ...
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Part 1: On a circle which circumscribes a n-sided polygon A1,A2,A3,.... An, a point M is taken. Prove that the sum of the squares of the distances from this point to all the vertices of the polygos is a number(independent of ...
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Part 1: On a circle which circumscribes a n-sided polygon A1,A2,A3,.... An, a point M is taken. Prove that the sum of the squares of the distances from this point to all the vertices of the polygos is a number(independent of ...
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The *Image* The slighly less colored ball hits the 3 balls which are touching each other. The three balls at the back are at rest. The fourth ball hits the three simultaneously.... Find the velocity of the 4 balls after colis ...
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The *Image* The slighly less colored ball hits the 3 balls which are touching each other. The three balls at the back are at rest. The fourth ball hits the three simultaneously.... Find the velocity of the 4 balls after colis ...
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The *Image* The slighly less colored ball hits the 3 balls which are touching each other. The three balls at the back are at rest. The fourth ball hits the three simultaneously.... Find the velocity of the 4 balls after colis ...
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In a Lattice structure, The atoms have small spaces between them. These spaces are filled by another atom! (of course smaller in size) so that they just touch the larger ones(These smaller ones are the largest ones possible w ...
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In a Lattice structure, The atoms have small spaces between them. These spaces are filled by another atom! (of course smaller in size) so that they just touch the larger ones(These smaller ones are the largest ones possible w ...
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*Image* Find the effective resistance across AB ...
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*Image* Find the effective resistance across AB ...
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*Image* Find the effective resistance across AB ...
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Find the area under the graph [y]=sin[x] for x ε [-100,100] ...
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In the diagram below, The ball hits the billiards table and returns back in the same direction. If the angle of hitting the wall is θ from the vertical. Find the minimum coefficient of friction between the wall and the ball. ...
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Plot the graph of [y]= e[x] ...
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Plot the graph of [y]= e[x] ...
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Plot the graph of [y]= e[x] ...
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Find the work done in pulling the ball from the situation shown in the figure to the topmost point of the wedge. The wedge is immovable. At the top there is a small pulley kind of a thing.. we dont have to worry about that. T ...
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Find the work done in pulling the ball from the situation shown in the figure to the topmost point of the wedge. The wedge is immovable. At the top there is a small pulley kind of a thing.. we dont have to worry about that. T ...
