Rebus Puzzles For Kids With Answers

Jamie hacked the server.

Let us assume that Peter is a hacker. If so, his first statement is false and also the third statement is false. But as per the condition, he cant speak more than one lie. The same goes for Casey, Christy and Misty.

If you assume the same for Jamie however, the condition stands true.

It was a women world cup. The country had strict rules against female nudity and thus, the players were arrested.

18

Assume that the total number of can before distribution were 3*C

After distribution, each one of them had C cans then.

Each one of them drank four cans and thus (C-4) cans remained.

Now according to the questions we can frame the following equation:

3 * (C-4) = C
(3 * C) - 12 = C
2* C = 12
C = 6

Thus, the total cans before distribution were 3 * C = 3 * 6 = 18.

The first digit except bottom segment can encode MM (6^2=64>=60).
Some order is needed to be agreed upon so that they represent the MM in binary.
Each element of display is a binary digit:
"On"=1
"Off"=0

In the same manner you can encode seconds by using the second digit.

The rest four elements of display (two bottom segments and two dots) can be used to encode HH (4^2=16>=12)

He will be your father most probably or can be your uncle. (Husband of mother"s sister).

The name of the movie is Edge of Tomorrow. The word tomorrow written on the edge makes it pretty easy to decipher.

"The" is defined by the word "Pi".

In the statements (a), (b) and (c), common coded word is "Miso" and common normal word is "are". So, "Miso" means "are".

In the statements (a) and (d), common coded word (except "are") is "Ro" and common normal word is "Goblins". So, "Ro" means "Goblins".

Similarly, in the statements (b), (c) and (d), common coded word is "KoPi" and common normal word is "Evil". So, "KoPi" means "Evil".

Therefore, "Ro", "Miso", "KoPi" means "Goblins", "are", "Evil" respectively. Thus, in statement (d), the remaining word i.e., "Pi" means "the".

There are 24 triangles in this picture.

The movie name that this picture refers to is - 21 and Over.

This problem can be best solved using the pigeonhole principle.

The argument will go like this:
Assume that all the non-bald people in NYC have different number of hairs on their head. The population is about 9 million and let us assume that there are 8 million among them who are not bald.

Now, those 8 million people need to have different number of hairs. On an average, people have just 100, 000 hairs on their head. If we keep on assuming that there is someone with just one hair, someone with two, someone with three and so on, there will be 7, 900, 00 other people left who will have more than 100, 000 hairs on their head and need different number of hairs.

Now, as per this assumption, if we keep increasing one hair for each person, to make everybody hair different in numbers, we will come across someone with 8, 000, 000 hairs. But that is practically impossible (even 1, 000, 000 is impossible). Thus there must be two people who are having same number of hairs.