(a) Consider the vectors a - -2i + 10j + 11k and b - 1i - 2j + 2k, where i, j, and k are mutually-perpendicular unit vectors forming a right-handed system. Calculate: (b) Let the vectors a and b in part (a) of this question represent the position vectors of a 2 kg point mass and a 4 kg point mass respectively (where the units of distance are considered to be subsumed within i, j, and k). Calculate where a third point mass of 3 kg would need to be positioned to make the centre of mass of the system lie at the origin. (c) Prove, by writing out in component form, that ) c (e x d) - 0. (i) (c x d) xe - (c e)d - (d-e)c.

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Chapter2: Second-order Linear Odes
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(a) Consider the vectors a - -2i + 10j + 11k and b - 1i - 2j + 2k, where i, j, and k are
mutually-perpendicular unit vectors forming a right-handed system. Calculate:
(b) Let the vectors a and b in part (a) of this question represent the position vectors of a
2 kg point mass and a 4 kg point mass respectively (where the units of distance are
considered to be subsumed within i, j, and k). Calculate where a third point mass of
3 kg would need to be positioned to make the centre of mass of the system lie at the
origin.
(c) Prove, by writing out in component form, that
) c (e x d) - 0.
(i) (c x d) xe - (c e)d - (d-e)c.
Transcribed Image Text:(a) Consider the vectors a - -2i + 10j + 11k and b - 1i - 2j + 2k, where i, j, and k are mutually-perpendicular unit vectors forming a right-handed system. Calculate: (b) Let the vectors a and b in part (a) of this question represent the position vectors of a 2 kg point mass and a 4 kg point mass respectively (where the units of distance are considered to be subsumed within i, j, and k). Calculate where a third point mass of 3 kg would need to be positioned to make the centre of mass of the system lie at the origin. (c) Prove, by writing out in component form, that ) c (e x d) - 0. (i) (c x d) xe - (c e)d - (d-e)c.
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