It is countable because the singular or plural can be preceded by a number (one river, three rivers).
The noun 'hill' is a countable noun. The plural form is 'hills'.
countable
Prawn - prawns is the plural - is a countable noun
Countable
countable
infinity2 Well, your question does not specify whether the infinities are "countable" infinities (such as the number of integers) or "uncountable" infinities (such as the number of real numbers). If both multiplicands are countable infinities, the product is also countable infinity. If either multiplicand is uncountable, the product is uncountable infinity. Countable infinity is known as "Aleph null", and uncountable infinity as "Aleph one". Infinity times zero may possibly be equivalent to zero though ------------------------------------------------------------------------------------------- ∞ x ∞ = ∞ infinity times infinity equals to infinity Infinity is already the highest number. Technically speaking, there is no highest number. So infinity infinity's is infinity cause infinity is never ending.
Yes it can assume countable number of outcomes.
It is countable because the singular or plural can be preceded by a number (one river, three rivers).
An adverbial number is a word which expresses a countable number of times, such as "twice".
continuous data
Short answer: ∞ (infinity) Long answer: There is no highest number divisible by 4; whatever number you can come up with, I can always add 4 and the new, higher, number is divisible by 4 also. When you get into the infinite, odd things happen, eg: ∞ + 4 = ∞ The ∞ (infinity) here is also known as the first level of infinity - the countable infinity - and is called ℵ0 (Aleph-Null).
No, it is uncountable. The set of real numbers is uncountable and the set of rational numbers is countable, since the set of real numbers is simply the union of both, it follows that the set of irrational numbers must also be uncountable. (The union of two countable sets is countable.)
countable
countable
The noun 'hill' is a countable noun. The plural form is 'hills'.
Discrete, because the number of Doctors in a hospital is countable.