Find the remainder when  is divided by 
.
(i) Show that  is a factor of 
 .
[1]
(ii) Write  as a product of linear factors.
[3]
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Exam code: 4037
 Find the remainder when  is divided by 
.
How did you do?
(i) Show that  is a factor of 
 .
[1]
(ii) Write  as a product of linear factors.
[3]
How did you do?
Did this page help you?
The polynomial , where 
 and 
 are integers, has a factor of 
 . 
Given that , find the values of 
 and 
.
How did you do?
Using your values of  and 
,
(i) find the remainder when  is divided by
(ii) factorise .
How did you do?
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 has a factor of 
. When 
 is divided by 
 the remainder is 105.
 Find the value of  and of 
.
How did you do?
Using your values of  and 
, write 
 as a product of 
 and a quadratic factor.
How did you do?
Hence solve= 0.
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, where 
 and 
 are integers.
 has a remainder of 11 when divided by 
 and a remainder of 
 when divided by 
.
 Given that , find 
, a quadratic factor with numerical coefficients.
How did you do?
Hence solve .
How did you do?
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The three roots of  , where 
 are 
 and 
, where 
 and 
 are integers. The 
-intercept of the graph of 
 is 4. Find 
, simplifying your coefficients.
How did you do?
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The polynomial , where 
 and 
 are constants, has a factor of 
. The polynomial has a remainder of 66 when divided by 
. 
Find the value of  and of 
.
How did you do?
Using your values of  and 
, show that 
, where 
 is a quadratic factor to be found.
How did you do?
Hence show that the equation  has only one real solution.
How did you do?
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Find the value of .
How did you do?
Write  as the product of three linear factors and hence solve 
.
How did you do?
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The polynomial , where 
 and 
 are constants, has a factor 
 and is such that 
. 
Show that , where 
, 
 and 
 are integers to be found.
How did you do?
Hence factorise .
How did you do?
Find the remainder when  is divided by
.
How did you do?
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