If p and q are non-zero rational numbers, and s and t are irrational numbers, which statement is possibly true?
1. The product pq is irrational
2. The product pt is rational
3. The quotient p/q is irrational
4. The quotient s/t is rational

If the value of a numerical expression is terminating then they are the rational number then they are called the rational number and if the value of a numerical expression is non-terminating then they are called an irrational number.

If p and q are non-zero rational numbers.

And s and t are irrational numbers.

We know that the sum and the product of the two rational number will always be the rational number.

And the division of the two irrational number will always be an irrational number.

The quotient p/q is irrational.

Then the correct option is C.

More about the rational number link is given below.

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If p and q are non-zero rational numbers, and s and t are irrational numbers, which statement is possibly true?1. The product pq is irrational2. The product pt is rational3. The quotient p/q is irrational4. The quotient s/t is rational​

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What is a rational number?

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If p and q are non-zero rational numbers, and s and t are irrational numbers, which statement is possibly true?
1. The product pq is irrational
2. The product pt is rational
3. The quotient p/q is irrational
4. The quotient s/t is rational