You need to complete the maze by entering from the entrance (near yellow circle - bottom left) and they leave from the exit point (near green circle - bottom middle).You need to follow below rules: 1. You can go through one circle more than once. 2. You can move only by exchanging green and yellow circles.
It can be solved as below
My friends called me Iron59 because my parents are a chemist and a mathematician.What is my real name?
Felix
Iron = Fe (chemical symbol)
59 = LIX (Roman numerals)
Can you find the value of "?" in the ball picture puzzle below.
3
Digits are represented in binary form where a ball is 1 and a ring is 0.
001 = 1
010 = 2
100 = 4
011 = 3
I got a bee but no honey.
I got an eye but still blind.
got a sea but no water.
I got a tea but no coffee.
I got a tea but no answer.
What Am I?
The alphabets.
Eye = I
Sea = C
Bee = B
Tea = T
Why = Y
Today is Newton birthday.
A year ago, Newton had five candles and he lit all the candles except the one at the last.
Now he is going to light all the candles.
How old is Newton Today?
Of course, he is not five today.
31
Newton was lighting the candles in binary i.e
11110 =>30
11111 =>31
Which of the below owl is an antisocial owl?
The marked owl is looking away from the rest.
Can you find the six hidden animals in the picture below?
Six hidden animals are Rabbit, Alligator, Camel, Butterfly, Cobra, and Deer.
Let us say there are two natural numbers "L" and "R".
We performed eight operations on these two numbers as
Step-1: L = R
Step-2: L x L = R x L
Step-3: L^2 - R^2 = LR - R^2
Step-4: (L + R)( L - R) = R(L - R)
Step-5: L + R = R
Step-6: R + R = R
Step-7: 2R = R
Step- 8: 2 = 1
What is wrong here?
Step5 is Wrong.
We divided the two sides by (L-R).Since L = R which indicates that (L - R) = 0 and we cannot divide by zero.
If,
29 - 1 = 30
9 - 1 = 10
14 - 1 = 15
Based on similar logic, Can you prove that the below algebraic equation is true?
11 - 1 = 10 ?
XI - I = X
Remove I (Roman equivalent of number 1) from the LHS, you will the get the number on the RHS.
29 - 1 = 30
XXIX - I = XXX
14 - 1 = 15
XIV - I = XV
9 - 1 =10
IX - I = X
Similarly,
11 - 1 = 10
XI - I = X
Snow and Tyrion are two mad logicians and loves betting.They placed 11 Candies at the table and designed a small betting game, in which both of them need to eat Candies turn by turn with the following rules:Rule1: One need to eat at least one candy.Rule2: One cannot eat more than 5 candies.The one that eats last candy will loose.Snow won the toss and need to start.How many candies must Snow ear in order to make sure that he won the bet?
Snow eats 4 candies
How many candies Tyrion eats, Snow needs to make sure that only 1 candy is left after his turn, So Tyrion needs to eat the last candy.
Example:
If Tyrion picks 1, Snow picks 5
If Tyrion picks 2, Snow picks 4
....
...
If Tyrion picks 5, Snow picks 1