A body is projected with initial velocity of (8^i+6^j) m/s from origin, find angular velocity of body wrt to an axis passing through origin and perpendicular to the x -y plane when it lands. (Here ^i,^j are unit vectors corresponding to X, Y axis respectively)Take g=10 m/s2

A body is projected with initial velocity of (8^i+6^j) m/s from origin

1.	A body is projected with initial velocity of (8^i+6^j) m/s from origin, find angular velocity of body wrt to an axis passing through origin and perpendicular to the x -y plane when it lands. (Here ^i,^j are unit vectors corresponding to X, Y axis respectively)Take g=10 m/s2
Answer» A body is projected with initial velocity of $(8^i + 6^j) m/s$ from origin, find angular velocity of body wrt to an axis passing through origin and perpendicular to the x -y plane when it lands. (Here $^i,^j$ are unit vectors corresponding to X, Y axis respectively) Take $g = 10 {m/s}^{2}$

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A body is projected with initial velocity of (8^i+6^j) m/s from origin, find angular velocity of body wrt to an axis passing through origin and perpendicular to the x -y plane when it lands. (Here ^i,^j are unit vectors corresponding to X, Y axis respectively)Take g=10 m/s2

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