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A soccer fan, upset by the defeat of his favorite team, slept restlessly. In his dream a goalkeeper was practicing in a large unfurnished room, tossing a soccer ball against the wall and then catching it. But the goalkeeper grew smaller and smaller and then changed into a ping-pong ball while the soccer ball was swelled up into a huge cast-iron ball. The iron ball circled round madly, trying to crush the ping-pong ball, how did the ping-pong find safety whithout leaving the floor?
Answer: If the ping-pong ball rolls flush against the wall, the cast-iron ball cannot crush it. Those who know geometry can determine that if the diameter of a large ball is at least 5.83 (3+2(square root of 2) times as large as the diameter of a little ball, then the little ball will be safe if it hugs the wall. A cast-iron ball that is larger than a soccer ball is more than 4.83 times as large in diameter as a ping-pong ball.
Solution:
Show Answer
If the ping-pong ball rolls flush against the wall, the cast-iron ball cannot crush it.
Those who know geometry can determine that if the diameter of a large ball is at least 5.83 (3+2(square root of 2) times as large as the diameter of a little ball, then the little ball will be safe if it hugs the wall.
A cast-iron ball that is larger than a soccer ball is more than 4.83 times as large in diameter as a ping-pong ball.
Show Answer
Those who know geometry can determine that if the diameter of a large ball is at least 5.83 (3+2(square root of 2) times as large as the diameter of a little ball, then the little ball will be safe if it hugs the wall.
A cast-iron ball that is larger than a soccer ball is more than 4.83 times as large in diameter as a ping-pong ball.
A dozen Royals gathered round, Entertained by two who clowned. Each King there had servants ten, Though none of them were also men. The lowest servant sometimes might, Defeat the King in a fair fight. A weapon stout, a priceless jewel, The beat of life, a farmer’s tool. What is it?
Answer: A Deck of Cards.
Solution:

Plant Tortoise Caterpillar Bug Puzzle With Answer | Maths riddle
Answer:
Solution:
Explanation
Equation 1: 5 + 10 + 10 = 25 (So the value of a PLANT with 5 leaves is 5; Also note that there are two plants one beneath the other in second and third part of the equation 1.
Equation 2: 8 + 8 + 8 = 24 (If you look closely, you can see the number 3 on top of each Tortoises. So the value of a TORTOISE = 5)
Equation 3: 2 x 2 x 2 = 8 (So the value of a CATERPILLAR = 2)
Equation 4: 3 + 3 + (-3) = 3 (Since on bug is moving backwards its value is negative. So the value of one BUG = 3)
Equation 5: (5 + 3) + (4 + 2 + 2) x (3 + 3)
(Here in the first part of equation there is a bug on the face of the Tortoise and the Tortoise has no number 3 on its body)
(In the second part of this equation, there are only 4 leaves for the plant and you can see two Caterpillars in the plant pot)
(In the third part of this equation, there are two bugs, one beneath the other)
=> 8 + 8 x 6
=> 8 + 48
=> 56
Final Answer = 56
Explanation
Equation 1: 5 + 10 + 10 = 25 (So the value of a PLANT with 5 leaves is 5; Also note that there are two plants one beneath the other in second and third part of the equation 1.
Equation 2: 8 + 8 + 8 = 24 (If you look closely, you can see the number 3 on top of each Tortoises. So the value of a TORTOISE = 5)
Equation 3: 2 x 2 x 2 = 8 (So the value of a CATERPILLAR = 2)
Equation 4: 3 + 3 + (-3) = 3 (Since on bug is moving backwards its value is negative. So the value of one BUG = 3)
Equation 5: (5 + 3) + (4 + 2 + 2) x (3 + 3)
(Here in the first part of equation there is a bug on the face of the Tortoise and the Tortoise has no number 3 on its body)
(In the second part of this equation, there are only 4 leaves for the plant and you can see two Caterpillars in the plant pot)
(In the third part of this equation, there are two bugs, one beneath the other)
=> 8 + 8 x 6
=> 8 + 48
=> 56
Final Answer = 56