"Subset" IS the math term in this case.
Any subset.
It is a subset of the space that, in mathematical terms, you are working in.
That term, over there!
There is no difference between improper subset and equal sets. If A is an improper subset of B then A = B. For this reason, the term "improper subset" is rarely used.
An interval is a subset of an order-numbered set; the interval includes a highest- numbered member of the subset and a lowest-numbered member of the subset and all members of the set with order numbers with values between that of the highest- and lowest-numbered members. This is more exactly called a "closed interval". An "open interval" is defined in the same way, except that the lowest-numbered and highest-numbered limits are not part of the subset.
I believe the term "proper set" is not use in math. A "proper subset" is a subset of a given set, that is not equal to the set itself.
The set of Rational Numbers is a [proper] subset of Real Numbers.
"a subset of
Any subset.
It is a subset of the space that, in mathematical terms, you are working in.
That term, over there!
There is no difference between improper subset and equal sets. If A is an improper subset of B then A = B. For this reason, the term "improper subset" is rarely used.
An interval is a subset of an order-numbered set; the interval includes a highest- numbered member of the subset and a lowest-numbered member of the subset and all members of the set with order numbers with values between that of the highest- and lowest-numbered members. This is more exactly called a "closed interval". An "open interval" is defined in the same way, except that the lowest-numbered and highest-numbered limits are not part of the subset.
Malay ko! di nman aq matalino sa math eh!
there is no such math term
The math term for multiplication is PRODUCT.
A set of which all the elements are contained in another set. The set of even numbers is a subset of the set of integers.