Work out the value of when
Work out the values of when
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Exam code: 8365
Work out the value of when
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Work out the values of when
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Factorise fully
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Expand and simplify
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Expand and simplify fully
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is decreased by
.
The answer is
Work out the value of .
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The rectangle and triangle shown have equal areas.

Work out the value of
Give your answer in its simplest form.
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Expand and simplify fully
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where
and
are integers.
Work out the values of and
.
=....................... ,
=.......................
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In the expansion and simplification of the coefficient of
is equal to the coefficient of
.
is a constant.
Work out the value of .
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is a trapezium.

The area of the trapezium is square units.
Work out the value of .
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Expand and simplify fully
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where
and
are integers.
Work out the values of and
.
= .........................
= .........................
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Factorise fully
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Expand and simplify
Give your answer in the form where
and
are integers greater than 1.
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Factorise fully
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Write in the form
where
and
are integers.
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Factorise fully
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The radius of a sphere, in cm, is
The volume of the sphere, in cm3, is
Volume of a sphere = |
Work out the value of .
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Factorise fully
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The diagram shows a solid hemisphere.
The diameter is cm
The volume is cm3

Volume of a sphere = |
Work out the value of .
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Show that
can be written in the form where
and
are positive integers.
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and
increases by 25%
decreases by 40%
Now, is 28 greater than
.
Work out the value of .
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Factorise fully
Give your answer in its simplest form.
Do not attempt to expand
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Show that
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You are given that
Work out the values of and
.
= .....................
= .....................
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Write down the coordinates of the minimum point on the curve
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Solve the equation
Give your answers in the form
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Factorise fully
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The term in the expansion of
is
Work out the value of .
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A cylinder has base radiuscm and height
cm
A hemisphere has radius cm
The cylinder and hemisphere have equal volumes.
Volume of a sphere = |
Work out the value of
You must show your working.
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can be written in the form
Work out the two possible pairs of values of and
.
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By multiplying both sides of the equation by
Solve for
Give your answer to 3 significant figures.
You must show your working.
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Solve where
is a constant.
Give your answers in their simplest form in terms of .
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A cone has base radius cm, perpendicular height
cm and slant height
cm
The curved surface area is cm2
Curved surface area of a cone = where |
Work out the value of .
Give your answer in the form where
is an integer greater than 1 You must show your working.
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