and
are fixed points such that
and
Find the possible values of .
Given that
find a unit vector parallel to
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Exam code: 4PM1
and
are fixed points such that
and
Find the possible values of .
How did you do?
Given that
find a unit vector parallel to
How did you do?
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The points and
are the vertices of a quadrilateral such that
Show that is a parallelogram.
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is extended to the point
such that
is a straight line.
Point lies on
such that
Given that and
are collinear,
find the vector in the form
where
and
are rational numbers to be found.
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Figure 2 shows triangle
where
(i) Find in terms
of
and
[2]
(ii) Find, in its simplest form, the exact value of
[1]
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Figure 2 shows triangle
where
Find the area of triangle
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Figure 2 shows triangle
where
The point lies on
and
such that
,
and
are collinear.
Use a vector method to find vector as a simplified expression in terms of
and
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,
and
are fixed points such that
The unit vector parallel to is
Given that and
re constants where
and
find the exact value of
(i)
(ii)
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Figure 3 shows quadrilateral where
The point is the midpoint of
Find as a simplified expression in terms of
and
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The point lies on
such that
,
and
are collinear.
Find the ratio
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Figure 3 shows triangle with
and
is the midpoint of
.
is the point on
such that
The lines and
intersect at the point
.
Find expressions, in terms of and
, for
(i)
(ii)
How did you do?
Using a vector method, find
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