361780 A hall has the dimensions \(10m \times 12m \times 14m.\) A fly starting at one corner ends up at a diagonally opposite corner. What is the magnitude of its displacement (nearly)

361781 If \({|\vec{a}|=3 \sqrt{2}}\) and \({|\vec{b}|=6 \sqrt{2}}\) for the following figure, then \({x}\) component of \({(\vec{a}+\vec{b})}\).

361782 A force of 5\(N\) acts on a particle along a direction making an angle of \({\rm{60}}^\circ \) with vertical. Its vertical component will be

361783 The angle made by the vector \(\overrightarrow {\rm{A}} = \hat i + \hat j\) with \(x\)- axis is

361784 At what angle the two vectors of magnitudes \((A+B)\) and \((A-B)\) must act, so that resultant is \(\sqrt {{A^2} + {B^2}} \,?\)

361780 A hall has the dimensions \(10m \times 12m \times 14m.\) A fly starting at one corner ends up at a diagonally opposite corner. What is the magnitude of its displacement (nearly)

361781 If \({|\vec{a}|=3 \sqrt{2}}\) and \({|\vec{b}|=6 \sqrt{2}}\) for the following figure, then \({x}\) component of \({(\vec{a}+\vec{b})}\).

361782 A force of 5\(N\) acts on a particle along a direction making an angle of \({\rm{60}}^\circ \) with vertical. Its vertical component will be

361783 The angle made by the vector \(\overrightarrow {\rm{A}} = \hat i + \hat j\) with \(x\)- axis is

361784 At what angle the two vectors of magnitudes \((A+B)\) and \((A-B)\) must act, so that resultant is \(\sqrt {{A^2} + {B^2}} \,?\)

361780 A hall has the dimensions \(10m \times 12m \times 14m.\) A fly starting at one corner ends up at a diagonally opposite corner. What is the magnitude of its displacement (nearly)

361781 If \({|\vec{a}|=3 \sqrt{2}}\) and \({|\vec{b}|=6 \sqrt{2}}\) for the following figure, then \({x}\) component of \({(\vec{a}+\vec{b})}\).

361782 A force of 5\(N\) acts on a particle along a direction making an angle of \({\rm{60}}^\circ \) with vertical. Its vertical component will be

361783 The angle made by the vector \(\overrightarrow {\rm{A}} = \hat i + \hat j\) with \(x\)- axis is

361784 At what angle the two vectors of magnitudes \((A+B)\) and \((A-B)\) must act, so that resultant is \(\sqrt {{A^2} + {B^2}} \,?\)

361780 A hall has the dimensions \(10m \times 12m \times 14m.\) A fly starting at one corner ends up at a diagonally opposite corner. What is the magnitude of its displacement (nearly)

361781 If \({|\vec{a}|=3 \sqrt{2}}\) and \({|\vec{b}|=6 \sqrt{2}}\) for the following figure, then \({x}\) component of \({(\vec{a}+\vec{b})}\).

361782 A force of 5\(N\) acts on a particle along a direction making an angle of \({\rm{60}}^\circ \) with vertical. Its vertical component will be

361783 The angle made by the vector \(\overrightarrow {\rm{A}} = \hat i + \hat j\) with \(x\)- axis is

361784 At what angle the two vectors of magnitudes \((A+B)\) and \((A-B)\) must act, so that resultant is \(\sqrt {{A^2} + {B^2}} \,?\)

361780 A hall has the dimensions \(10m \times 12m \times 14m.\) A fly starting at one corner ends up at a diagonally opposite corner. What is the magnitude of its displacement (nearly)

361781 If \({|\vec{a}|=3 \sqrt{2}}\) and \({|\vec{b}|=6 \sqrt{2}}\) for the following figure, then \({x}\) component of \({(\vec{a}+\vec{b})}\).

361782 A force of 5\(N\) acts on a particle along a direction making an angle of \({\rm{60}}^\circ \) with vertical. Its vertical component will be

361783 The angle made by the vector \(\overrightarrow {\rm{A}} = \hat i + \hat j\) with \(x\)- axis is

361784 At what angle the two vectors of magnitudes \((A+B)\) and \((A-B)\) must act, so that resultant is \(\sqrt {{A^2} + {B^2}} \,?\)