A plus B minus C Whole Square
What is formula for (a + b – c) whole square?
General formula for (a + b – c) whole square is given by: (a + b – c)2 = a2 + b2 + c2 + 2(ab – bc – ac)
How is (a + b – c)² different from (a – c + b)²?
- (a + b – c)² is qual to a2 + b2 + c2 + 2ab – 2bc – 2ca
- (a – b + c)² = a2 + b2 + c2 -2ab – 2bc + 2ca
It is just a rearranged formula but the expanded formula gives the same result. Hence there is no difference between (a + b – c)² and (a – b + c)².
What are some practical examples of (a + b – c)² in daily life?
To find the area of a square with sides as (a+b-c) where a,b,c are some values ,we can use the (a+b-c)2 formula.
Can (a + b – c)² be applied in computer science or programming?
Yes, in computer science or programming (a + b – c)² may be applied in algorithms , especially in numerical approaches or optimizations.
a plus b minus c Whole Square
The expression (a+b−c)2 is a binomial expression. It is represented as (a + b – c)². The Square of a number is defined as the product of the number itself. Hence, the value of (a + b – c) is (a + b – c) x (a + b – c).
In this article, we will learn what the value of a plus b minus c whole square or (a + b – c)², how to find its value how to apply it in problems, and its applications. Let’s start our learning on the topic (a + b – c)2.