Surprised to know that $- 1$ was the largest number here, Ted asked $- 13$ about the smallest number. When it told him to ask $- 14$ about the smallest number, he understood that it is impossible to find the smallest negative integer. To find $0$ , Ted went to its house with $- 13$ and found it was empty.

After that Ted asked $- 13$ about zero. He was shocked when it said that $0$ was kidnapped by the positive integers and that its house has always been empty.
How is this even possible that $0$ is not in the state of positive integers as well as negative integers?

Because 0 is invisible

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Because 0 is neither positive nor negative integer

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Because 0 doesn’t exist

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Because 0 isn’t an integer

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Solution

The correct option is B
Because 0 is neither positive nor negative integer

$0$ is neither positive nor negative integer.

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Similar questions

After playing, Ted remembered that he doesn’t have a home there. Luckily, number $13$ was passing by and asked him if he wanted to stay at its place. Having no other option (and surprised that number $13$ brought good luck), Ted went with $13$ . When he reached the house, he was surprised to see that all the houses were placed in a straight line at equal separation. Neighbours of $13$ were $12$ and $14$ ; similarly $14$ had $13$ and $15$ as neighbours. $13$ said, “This line, mathematically, is called ______.”

After playing, Ted remembered that he doesn’t have a home there. Luckily, number $13$ was passing by and asked him if he wanted to stay at its place. Having no other option (and surprised that number $13$ brought good luck), Ted went with $13$ . When he reached the house, he was surprised to see that all the houses were placed in a straight line at equal separation. Neighbors of $13$ were $12$ and $14$ ; similarly $14$ had $13$ and $15$ as neighbors. $13$ said, “This line, mathematically, is called ______.”

Ted found out that every number loved and missed $0$ . But, where is $0$ ? And why was $- 1$ lying about $0$ being smaller? Ted knew that $0$ was smaller than $1$ and greater than $- 1$ . So, it must lie between $- 1$ and $1$ right? But it can neither be in the state of negative integers nor positive integers because it belonged to neither.

Suddenly, Ted knew the answer, which was:

Ted was now curious to find the largest number. He asked number $1$ , “Who is the largest number here?” $1$ replied, “I don’t know, ask $2$ .”
Ted went to $2$ who told him to ask $3$ . Similarly, every number told Ted to ask the next greater number. After asking a lot of numbers he realized that

$0$ was very happy to finally get to meet other numbers after a long long time. Also, every number was very angry at $- 1$ . Everybody told Ted to be the judge of what should be done to $- 1$ . $- 1$ realized its mistake and asked for forgiveness. Ted forgave $- 1$ and finally, a world of integers was formed where no number was largest or smallest.

Then out of curiosity, Ted asked $0$ , “How many integers actually are there in this world?” $0$ replied – “There are __ integers.”

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The correct option is B Because 0 is neither positive nor negative integer 0 is neither positive nor negative integer.

The correct option is B
Because 0 is neither positive nor negative integer

$0$ is neither positive nor negative integer.