These math riddles are something you can’t miss. Take these exciting math riddles.
Exciting math puzzles
Mathematical riddle 1:
What number do you think is in position “G” in the following sequence?
16, 23, 28, 38, G, 62, 70
HERE ARE YOUR OPTIONS:
Mathematical riddle 2:
Sam is in a bind. He has 9 different candies that he has to distribute among his 8 children so that each child receives at least one candy. In how many ways is this possible?
HERE ARE YOUR OPTIONS:
Mathematical riddle 3:
Emma was born between October 6 and 10, but not on these two dates. If we say that we do not know her year of birth, what do you think is the probability that Emma will be born on a Saturday?
HERE ARE YOUR OPTIONS:
- 0 or 1/3
- I can not tell
- 1/3 or 1/7
- 1/7 or 3/7
Mathematical riddle 4:
One study took a sample of exactly 2,000 children to study their taste in chocolates. 1,650 children said they preferred dark chocolate, while 1,075 children said they preferred white chocolate. What do you think is the minimum possible number of children who chose both options?
HERE ARE YOUR OPTIONS:
- You can not say
- 725
- 350
- 925
Mathematical riddle 5:
Is there something not right in the next series? If so, what is the term of the problem?
1, 1.5, 3, 6, 22.5, 78.75, 315
HERE ARE YOUR OPTIONS:
Don’t frown at us just because we didn’t tell you before the difficulty level of these math puzzles. Yes, these were quite challenging, in fact, at a difficult competitive level, but have we ever left the hand of our dear readers? Not right?
Here are the answers you’ve been working hard for. If you do it right, congratulations!
If you don’t, why worry? Well, we’re not your school’s math teachers, are we?
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THE ANSWERS:
For your convenience, we have re-numbered the questions so you don’t have to scroll up and down to match the answers.
Mathematical riddle 1:
What number do you think is in position “G” in the following sequence?
16, 23, 28, 38, G, 62, 70
HERE ARE YOUR OPTIONS:
Answer: 49
Mathematical riddle 2:
Sam is in a bind. He has 9 different candies that he has to distribute among his 8 children so that each child receives at least one candy. In how many ways is this possible?
HERE ARE YOUR OPTIONS:
Answer: 36×8
Mathematical riddle 3:
Emma was born between October 6 and 10, but not on these two dates. If we say that we do not know her year of birth, what do you think is the probability that Emma will be born on a Saturday?
HERE ARE YOUR OPTIONS:
- 0 or 1/3
- I can not tell
- 1/3 or 1/7
- 1/7 or 3/7
Answer: 0 or 1/3
Mathematical riddle 4:
One study took a sample of exactly 2,000 children to study their taste in chocolates. 1,650 children said they preferred dark chocolate, while 1,075 children said they preferred white chocolate. What do you think is the minimum possible number of children who chose both options?
HERE ARE YOUR OPTIONS:
- You can not say
- 725
- 350
- 925
Answer: 725
Mathematical riddle 5:
Is there something not right in the next series? If so, what is the term of the problem?
1, 1.5, 3, 6, 22.5, 78.75, 315
HERE ARE YOUR OPTIONS:
Answer: 6
We’re guilty of presenting super difficult math puzzles today, but we also deserve credit for the nice adrenal rush we gave you on a boring day, right?
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Categories: Optical Illusion
Source: ptivs2.edu.vn