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a particle of mass m is give a certain velocity along a plane which is at angle θ to the horizontal. the velocit given is at a angle of β to the horizontal and the coefficitnet of friction is μ>tanθ hence as the partic ...
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At vertices of a convex polygon with 2n sides, sit hunters. while in its interior and not on any diagonal,sits a fox. The hunters shoot at the fox all simultaneously, but the fox ducks. the bullets hit the sides of the polygo ...
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well many of you must be knowing about ICR - instantaneous centre of rotation . but i here give an example of a very common situation in rotational mechanics .Interpret it carefully . prolem 1 (starter) Consider a purely roll ...
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let f be continuous for any x>1 and [] denoting the greatest integer function prove that \int_{1}^{x}(+1)f(u)du =2\sum_{i=1}^{[x]}{i\int_{i}^{x}{f(u)du}} ...
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A straight glass tube with its lower end sealed has a length \ell=152\ \mathrm{cm} . The lower half contains one mole of an ideal diatomic gas. The top half contains mercury and the top of the tube is open to atmosphere (atmo ...
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All points of the plane are colored red, blue or green. Prove that we can find two points a distance 1 apart with the same color. ...
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A straight glass tube with its lower end sealed has a length \ell=152\ \mathrm{cm} . The lower half contains one mole of an ideal diatomic gas. The top half contains mercury and the top of the tube is open to atmosphere (atmo ...
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*Image* A charged particle (mass m) is hanging from a point and is just abocve the ground initially. Let the position of the charged particle now be G .. A man brings another charged particle from infinity to G along a straig ...
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A straight glass tube with its lower end sealed has a length \ell=152\ \mathrm{cm} . The lower half contains one mole of an ideal diatomic gas. The top half contains mercury and the top of the tube is open to atmosphere (atmo ...
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A straight glass tube with its lower end sealed has a length \ell=152\ \mathrm{cm} . The lower half contains one mole of an ideal diatomic gas. The top half contains mercury and the top of the tube is open to atmosphere (atmo ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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well many of you must be knowing about ICR - instantaneous centre of rotation . but i here give an example of a very common situation in rotational mechanics .Interpret it carefully . prolem 1 (starter) Consider a purely roll ...
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well many of you must be knowing about ICR - instantaneous centre of rotation . but i here give an example of a very common situation in rotational mechanics .Interpret it carefully . prolem 1 (starter) Consider a purely roll ...
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well many of you must be knowing about ICR - instantaneous centre of rotation . but i here give an example of a very common situation in rotational mechanics .Interpret it carefully . prolem 1 (starter) Consider a purely roll ...
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well many of you must be knowing about ICR - instantaneous centre of rotation . but i here give an example of a very common situation in rotational mechanics .Interpret it carefully . prolem 1 (starter) Consider a purely roll ...
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Find all continuous functional equations f:R→R+ , such that if x,y and z are succesive in A.P., f(x), f(y) and f(z) are succesive terms in GP ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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*Image* ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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*Image* *Image* ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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Two discs A and B are mounted coaxially on a vertical axle.The discs have moments of inertia I and 2Iabout the common axis.Disc A is imparted an initial angular velocity 2ω and disc B is imparted an angular velocity ω. Both ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
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An infinite plane inclined at an angle θ to the horizontal . A point mass m is placed on the plane at very large height . the mass is given a push with 'v' velocity in the horizontal direction along the plane . i.e. the dire ...
