Question 101· Permutations and combinations· WAEC
JAMB and WAEC Further Mathematics questions
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- Explanation and discussion
Question 102· Permutations and combinations· WAEC
In how many ways can 4 people sit round a circular table?
Explanation and discussionQuestion 103· Permutations and combinations· WAEC
In how many ways can 5 different books be arranged in a row on a shelf?
Explanation and discussionQuestion 104· Permutations and combinations· WAEC
In how many ways can a president and a secretary be chosen from 6 candidates?
Explanation and discussionQuestion 105· Permutations and combinations· WAEC
In how many ways can 4 different prizes be given to 4 students if each gets one prize?
Explanation and discussionQuestion 106· Permutations and combinations· WAEC
In how many ways can 4 books be selected from 6 different books?
Explanation and discussionQuestion 107· Permutations and combinations· WAEC
In how many ways can first, second and third prizes be awarded among 8 contestants?
Explanation and discussionQuestion 108· Permutations and combinations· WAEC
A committee of 3 boys and 2 girls is chosen from 5 boys and 4 girls. In how many ways can this be done?
Explanation and discussionQuestion 109· Permutations and combinations· WAEC
The number of arrangements of the letters of the word BOOK is
Explanation and discussionQuestion 110· Permutations and combinations· WAEC
In how many ways can a committee of 2 be chosen from 6 people?
Explanation and discussionQuestion 111· Permutations and combinations· WAEC
A coach must pick 3 players from a squad of 10. How many different selections are possible?
Explanation and discussionQuestion 112· Polynomials and the remainder theorem· WAEC
The sum of the roots of 2x² − 6x + 1 = 0 is
Explanation and discussionQuestion 113· Polynomials and the remainder theorem· WAEC
(x − 2) is a factor of x³ − 3x² + kx + 2. Find k.
Explanation and discussionQuestion 114· Polynomials and the remainder theorem· WAEC
The remainder when x³ − 2x + 1 is divided by (x − 2) is
Explanation and discussionQuestion 115· Polynomials and the remainder theorem· WAEC
Find the discriminant of x² + 4x + 5.
Explanation and discussionQuestion 116· Polynomials and the remainder theorem· WAEC
If (x + 1) is a factor of x² + kx + 3, the value of k is
Explanation and discussionQuestion 117· Polynomials and the remainder theorem· WAEC
Find the range of values of x for which x² − 5x + 6 < 0.
Explanation and discussionQuestion 118· Polynomials and the remainder theorem· WAEC
Find the remainder when 2x³ + x² − 5x + 7 is divided by (x + 2).
Explanation and discussionQuestion 119· Polynomials and the remainder theorem· WAEC
If α and β are the roots of x² − 5x + 6 = 0, find α² + β².
Explanation and discussionQuestion 120· Polynomials and the remainder theorem· WAEC
For what values of k does x² + kx + 9 = 0 have equal roots?
Explanation and discussion
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