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共计2.5小时考试时间
此套试卷由两部分题目组成
Part A共8题,每题5分
Part B共4题,每题10分
共计12题,满分80分
不可使用任何计算器
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Part A :
4)In June, the ratio of boys to girls in a school was 3 : 2. In September, there were 80 fewer boys and 20 fewer girls in the school and the ratio of boys to girls was 7 : 5. What was the total number of students at the school in June?
5)The numbers 1, 2, 3, . . . , 9 are placed in a square array. The sum of the three rows, the sum of the three columns, and the sum of the two diagonals are added together to form a “grand sum”, S. For example, if the numbers are placed as shown, the grand sum is S = row sums + column sums + diagonal sums = 45 + 45 + 30 = 120 .What is the maximum possible value of the grand sum S?
8)In the diagram, there are 28 line segments of length 1 arranged as shown to form 9 squares. There are various routes from A to B travelling along the segments so that no segment is travelled more than once. Of these possible routes, determine
Part B :
1)An arithmetic sequence a, a + d, a + 2d, . . . is a sequence in which successive terms have a common difference d. For example, 2, 5, 8, . . . is an arithmetic sequence with common difference d = 3 because 5 − 2 = 8 − 5 = 3.
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