Find
Find .
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Select a download format for Vectors
Select an answer set to view for
Vectors
Find
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Find .
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Ahmed finds the magnitude of the vector .
From this list, select the correct calculation.
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Find .
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Point has coordinates
and point
has coordinates
. Write
as a column vector.
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is the origin,
and
.
Find the position vector of , in terms of
and
, in its simplest form.
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In the diagram, O is the origin, and
.
Find , in terms of
and
, in its simplest form.
................................................
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Find the position vector of E, in terms of
and
, in its simplest form.
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The diagram shows a regular hexagon .
and
.
Find , in terms of
and
, giving your answer in its simplest form.
= .......................................
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is the point
and
.
Find the coordinates of .
( ...................... , ...................... )
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i)Write
as a column vector.
[1]
ii)Write
as a column vector.
[1]
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Write down two facts about the geometrical relationship between the vectors and
.
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a parallelogram. and
is the point on
such that
Find , in terms of
and
, in its simplest form.
..................................................
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and
.
Write down two statements about the relationship between the points ,
and
.
1 ......................................
2 ......................................
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is a parallelogram.
is the point on
such that
.
and
.
Find, in terms of and
, an expression in its simplest form for
.
= ....................................................
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Find, in terms of and
, an expression in its simplest form for
.
= ....................................................
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is the origin,
and
.
Find the position vector of .
Give your answer in terms of and
, in its simplest form.
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OAB is a triangle and ABC and PQC are straight lines.
P is the midpoint of OA, Q is the midpoint of PC and OQ : QB = 3 : 1.
and
.
Find, in terms of and/or
, in its simplest form
i) ,
= ................................................... [1]
ii) ,
= ................................................... [1]
iii) ,
= ................................................... [1]
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By using vectors, find the ratio .
......................... : ........................
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is a parallelogram with diagonals
and
intersecting at
.
and
.
Find in terms of
and
.
Give your answer in its simplest form.
...............................................
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The diagram shows a parallelogram .
and
.
is the midpoint of
.
Find an expression, in terms of and
, for
.
Give your answer in its simplest form.
.................................................
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The diagram shows a triangle and a straight line
.
and
is the midpoint of
.
and
.
Find , in terms of
and
, in its simplest form.
.................................................
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Find , in terms of
and
, in its simplest form.
.................................................
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is the origin and
is a parallelogram.
is a straight line with
.
is a straight line with
.
is a straight line and
.
and
.
Find, in terms of and
, in its simplest form,
i) the position vector of ,
[2]
ii) .
................................................ [1]
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Show that is parallel to
.
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is the origin,
,
and
.
and
.
Find, in terms of and
, in its simplest form .
...................................................
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Find, in terms of and
, in its simplest form the position vector of
.
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is a parallelogram and
is the origin.
and
.
is the midpoint of
.
and
Find
in terms of p and q, giving your answer in its simplest form.
............................................
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Find the position vector of in terms of p and q, giving your answer in its simplest form.
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is a parallelogram with
and
.
is a straight line with
.
is a straight line with
.
Write , in terms of
and
, in its simplest form.
..............................................
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The straight line cuts
at
is the midpoint of
.
Find the value of .
= .............................................
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In the diagram, is a parallelogram.
and
intersect at
and
.
and
.
Find , in terms of
and
, in its simplest form.
................................................
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i) Find , in terms of
and
, in its simplest form.
................................................ [2]
ii) Find .
................... : ................... [2]
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and
.
Find the positive value of .
..............................................
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