A 1-inch-diameter coin is thrown on a table covered wit h a grid of lines tw o inches apart.

What is the probability t he coin lands in a square without touching any of the lines of t he grid?

# A 1-inch-diameter coin is thrown on a table covered wit h a grid of lines tw o inches apart. What is the probability t he coin lands in a square without touching any of the lines of t he grid?

**kishan_nagar**#1

It’s 0 because there are an infinite number of ways it could land, and

1 out of an infinite number of ways it could land is 0. Why?

Because it’s less than 1/100 because there are more than 100 ways

it could land. And:

it’s less than 1/1000 because there are more than 1000 ways

it could land. And:

it’s less than 1/1000000 because there are more than 1000000 ways

it could land.

If fact it’s less than any positive number period! So the only

number that’s less than any positive number that could be a

probability is 0.

In other words, even though it’s possible, it’s practically impossible,

so whatever it is, it rounds off to 0.

Since nothing is absolutely perfect, the probability of anything being

exactly perfectly one way is zero. That doesn’t seem so strange when you

consider that nothing is absolutely perfect.

**geetam**#4

this is the most strange answer to probability question i have ever read,mentors,is it correct?

**kishan_nagar**#5

Respected Mentors,

Can you please describe the right approach for these kind of questions

Thank you