MathToSuccess
Where Practice Brings Success
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IntroductionGT package Math Olympiad
Math Olympiad 1
Math Olympiad 2
Math Olympiad 3
Math Olympiad 4
Week 1: 7-Segment Display ProblemsWeek 2: Matchstick ProblemsWeek 3: Division & Divisibility (1)Week 4: Caculation ShortcutsWeek 5: Quiz 1Week 6: Word Problem (1)Week 7: Multiples & FactorsWeek 8: Fractions & DecimalsWeek 9: Distance Problems (1)Week 10: Quiz 2Week 11: Roman NumeralsWeek 12: MeasurementWeek 13: Sum, Difference & Multiple (1)Week 14: Least & MostWeek 15: Quiz 3Week 16: Number Sense Week 17: Shape CountingWeek 18: Counting ProblemWeek 19: Fraction & Decimals (2)Week 20: Quiz 4Week 21: Average ProblemsWeek 22: Purchase & Sale Problems Week 23: Number Thinking(1)Week 24: Proportion & Ratio ProblemsWeek 25: Quiz 5Week 26: Mid-Term ExamWeek 27: Number PatternWeek 28: Calendar ProblemWeek 29: Number SequencesWeek 30: Pattern ProblemsWeek 31: Quiz 6Week 32: Age ProblemsWeek 33: Money ProblemWeek 34: Division & Divisibility (2)Week 35: GeometryWeek 36: Quiz 7Week 37: Sum, Difference & Multiple (2)Week 38: Calculation Shortcuts (2)Week 39: Combination ProblemsWeek 40: Percentage ProblemWeek 41: Quiz 8Week 42: Number SubstitutionWeek 43: Work ProblemWeek 44: Word Problems (2)Week 45: Number Thinking2Week 46: Quiz 9Week 47: Proportion & Ratio Problems(2)Week 48: Distance Problems (2)Week 49: Probability & CombinationsWeek 50: Challenge ProblemsWeek 51: Quiz 10Week 52: Final Exam
Math Olympiad 5
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Least & Most( Week 14 Practice)
1.  There are two types of boxes. The smaller one can hold 8 apples each, while the larger one can hold 10 apples each. A pile of apples can be exactly filled all in smaller boxes or in larger boxes. At least how many apples are there?
2.  There are 17 red balls and 19 green balls in a bag. At least how many balls do you need to pick from the bag (without putting balls back) in order to make sure that you have balls of different colors?
3.  There are 9 balls of 3 colors with 3 balls per each color in a bag. At least how many balls need to be picked to make sure that there are three balls of the same color?
4.  There are 15 beads that will be distributed among 8 students. At least how many beads will need to be put away in order to make sure that each of the 8 students can get the same number of the beads?
How many beads will each get?
5.  A jar contains candy bars. The candy bars can be distributed equally among 3, 4, 5, 6, 7 or 8 children with no candy bar left. What is the smallest number of candy bars that can be in the jar?



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