The problem is complete. There is enough information there for it to be solved.
A quotient is the answer to a multiplication problem. Therefore, just multiply the two numbers.
Treat the "plus positive X" as "minus negative X". Example: Positive two plus positive two equals positive four. Positive two minus negative two equals positive four.
Actually, natural numbers are your counting numbers such as 1,2,3 etc. Integers include negative AND positive whole numbers. Such as: -99,56m,-895241544,etc. The answer to this problem can be infinite.
yes, just look at this problem, 3-4=-1. its simple math
Yes, the same methods would generally work if both numbers are positive, as mathematical operations and problem-solving techniques apply consistently across positive numbers. However, the specific context or method may influence the outcome or efficiency. For instance, certain strategies might be more optimal for positive numbers compared to dealing with negative or mixed-sign numbers. Thus, while the underlying principles remain the same, the implementation may vary.
A quotient is the answer to a multiplication problem. Therefore, just multiply the two numbers.
Treat the "plus positive X" as "minus negative X". Example: Positive two plus positive two equals positive four. Positive two minus negative two equals positive four.
You must be referring to some problem where all the numbers are 1 or above.
Actually, natural numbers are your counting numbers such as 1,2,3 etc. Integers include negative AND positive whole numbers. Such as: -99,56m,-895241544,etc. The answer to this problem can be infinite.
yes, just look at this problem, 3-4=-1. its simple math
The problem is to find the largest positive integer which goes evenly into the two given numbers.
this question is not complete greater than zero? you need a problem to go with this question
It is not that easy, but very interesting problem.
Yes, the clique problem is NP-complete.
Yes, the partition problem is NP-complete.
The greatest common factor, or GCF, is the largest positive integer that will divide evenly with no remainder into all the members of a given set of numbers.
Negative numbers cannot be rooted. As it can be seen on a calculator when -25 is rooted is says error. Only positive numbers can be rooted. If it resulted in a negative try going over the problem.