x_{1} is a mathematical sum/result/total of x_{2} plus/increased by x_{3}.

See also jmina, jalge, mulno, pilji, su'i.

- jalge
- x
_{1}(action/event/state) is a result/outcome/conclusion of antecedent x_{2}(event/state/process). - jmina
- x
_{1}adds/combines x_{2}to/with x_{3}, with result x_{4}; x_{1}augments x_{2}by amount x_{3}. - mulno
- x
_{1}(event) is complete/done/finished; x_{1}(object) has become whole in property x_{2}by standard x_{3}. - pilji
- x
_{1}is the product/total/result of factors/multiplicands (x_{2}and x_{3}) x_{2}multiplied by x_{3}. - su'i
- n-ary mathematical operator: plus; addition operator; [(((a + b) + c) + ...)].
- vu'u
- n-ary mathematical operator: minus; subtraction operator; [(((a - b) - c) - ...)].
- grisumji
- x
_{1}is the sum (combined addition result) of x_{2}(plurality of the same type as x_{1}) - porsumji
- x
_{1}is the sum of all the members of the number sequence x_{2} - sujypau
- p
_{1}is a term of sum/polynomial p_{2}=s_{1} - delta
- x
_{1}(amount/value (li/ni) or labelled entity) is the (mutual) difference between/change in (states/realizations of/output from) general and relevant idea/object or subject of interest or function/aspect/property/topic/dependent parameter/dependent variable x_{2}under or due to a change in (independent) parameter/variable/index/identification/ownership/property/aspect x_{3}(generic name) to (later) specific state/realization/value/person/entity/meaning x_{4}(type and dimensions match those of x_{3}) from (earlier) specific state/realization/value/person/entity/meaning x_{5}(type and dimensions match that of x_{3}), under circumstances/conditions/with(in) scope/with caveats x_{6}. - vujnu
- x
_{1}is the subtraction-difference of x_{2}and x_{3}(and x_{4}etc.); x_{1 }= x_{2 - x}[ - x_{4}etc.] - ke'u'i
- accepts number (n) after: repeat last sumti up to n times
- dudvota
- x
_{1}gives x_{2}(number) votes (upvotes) to x_{3} - funtiio
- x
_{1}(plural of ordered pairs) is an exhaustive set (possibly infinite) of inputs/outputs defining a unary function which yields result x_{3}when given input x_{2}; x_{1}(x_{2}) = x_{3}