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... centre is equally inclined to the three axes . Find the area of the section made by the plane . 7. If u = f ( xyz ) = o be a concoid , and p be the radius of curvature at the point l , m , n , show that 2 2 2 p = √ { ux2 + u ̧2 + uz2 } ...
... centre is equally inclined to the three axes . Find the area of the section made by the plane . 7. If u = f ( xyz ) = o be a concoid , and p be the radius of curvature at the point l , m , n , show that 2 2 2 p = √ { ux2 + u ̧2 + uz2 } ...
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... centre , and t is the tensor of the tangent . ( b ) With this notation of the tangent find the equation of the tangent at p . 4. OA ( a ) is a vector perpendicular to a plane , meeting it in A , and B is any point in the plane . On OB ...
... centre , and t is the tensor of the tangent . ( b ) With this notation of the tangent find the equation of the tangent at p . 4. OA ( a ) is a vector perpendicular to a plane , meeting it in A , and B is any point in the plane . On OB ...
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... centre of pressure on an immersed plane surface . 2. Explain the forces between floating bodies that cause apparent attraction and repulsion . 3. ( a ) What is the distinction made by Lord Kelvin between " ripples " and " waves " ? ( b ) ...
... centre of pressure on an immersed plane surface . 2. Explain the forces between floating bodies that cause apparent attraction and repulsion . 3. ( a ) What is the distinction made by Lord Kelvin between " ripples " and " waves " ? ( b ) ...
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... the angular velocity about the centre of curvature . 6. Solve the equation m detail . des dt2 - -ks and discuss in FINAL HONOUR PHYSICS . Electricity and Magnetism . 1. Establish Queen's University Examinations : April , 1909 .
... the angular velocity about the centre of curvature . 6. Solve the equation m detail . des dt2 - -ks and discuss in FINAL HONOUR PHYSICS . Electricity and Magnetism . 1. Establish Queen's University Examinations : April , 1909 .
Pagina
... centre of figure is Mr2 . What is the moment of inertia about an axis tangent to the sphere ? ( d ) Prove the formula you employ , 2. ( a ) A body moving freely eastward tends to change its direction of motion in a southerly direction ...
... centre of figure is Mr2 . What is the moment of inertia about an axis tangent to the sphere ? ( d ) Prove the formula you employ , 2. ( a ) A body moving freely eastward tends to change its direction of motion in a southerly direction ...
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