Let's see who gets this. (Trolling)

Level 2

$\huge\dfrac {2}{10} =?$

Note : However mathematically $0.2$ will be the answer (but answer box demands an integer this time) , but basically this question is just to check your guess or if you get lucky. Don't get disappointed if you get it wrong. It's just for fun. :P

The answer is 2.

3 solutions

Mehul Arora
May 23, 2015

$\dfrac{TWO}{TEN}$

$\dfrac{WO}{EN}$ (The T's get cancelled)

The values of W,O,E,N in the alphabet are:- 23,15, 5 and 14 respectively.

$\rightarrow \dfrac{23+15}{5+14}$

$\rightarrow \dfrac{38}{19}$

$= \boxed {2}$

Mine was a guess! Nice problem. . . .

Problem?

No problem! CHEERS! $\huge \ddot \smile$

Sravanth C. - 6 years ago

just guessing:)

Lelanie Enlagada - 6 years ago

You can't add the value of the alphabets W,O and E,N because TWO and TEN is in multiplication.If you don't cancelled T then you can add them.

The problem is awesome and funny.

Vishal S - 6 years ago

Yes u r right The answer will be 4.9

Hritesh Mourya - 5 years, 7 months ago

Bwahahahaah. I assumed 0 to have no value. Thus 2/1 equals to 2 . XD.

Rohit Ner - 6 years ago

how can you add w and o it should be multiplied so the answer will be 4.9 If acc to you T W and O are getting added then u can't cancel out T
Now u r TROLLED

Hritesh Mourya - 5 years, 7 months ago

LOLOLOLOLOL..........

Noel Lo - 4 years, 11 months ago

Nihar Mahajan
May 23, 2015

My method: Lets ignore 0 for a while since we can consider it to have no value. So we have : $\dfrac{2}{1} = \boxed{2}$

I answered it $2$ because :

Since the actual answer is $0.2$ , but answer box says it's an integer. So simply removed the point. :P

Sandeep Bhardwaj - 6 years ago

Yeah , thats valid too. :P

Nihar Mahajan - 6 years ago

Anonymous1 Assassin
Mar 7, 2021

2=0.2 proof? I hear you ask.

$ax^2+bx+c=0$

$x=(-b+-sqrt(b^2)-4ac)/2a$

Let's see who gets this. (Trolling)

The answer is 2.

3 solutions

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