Use the factor theorem to show that  is a factor of 
.
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Exam code: 8365
Use the factor theorem to show that  is a factor of 
.
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Use the factor theorem to show that  is a factor of 
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Use the factor theorem to show that  is a factor of 
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Hence, factorise fully .
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 is a factor of 
.
Use this fact to factorise  fully.
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 where 
 is a positive integer.
 is a factor of 
.
Use the factor theorem to work out the value of .
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Use the factor theorem to show that  is a factor of 
.
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Factorise  fully.
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Use the factor theorem to show that  is a factor of 
.
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Hence solve  .
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 is a factor of 
  where 
 is an integer.
Show that the value of  is 1.
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Hence, factorise fully   .
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Solve 
You must show your working.
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The curve  has an 
-intercept of 
.
Use this information to find the other two -intercepts.
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 where 
 and 
 are integers.
The equation  has the solution 
 and a different non-zero solution that is a repeated solution.
By factorising , or otherwise, find the values of 
 and 
.
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By first finding a factor of , show that the equation 
 has one solution only.
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 where 
 and 
 are non-zero integers.
Work out .
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Factorise  fully, giving your answer in terms of 
 and 
.
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