
Find the answers of the following additions: $ + 23 + ( + 40)$
Answer
495.3k+ views
Hint: The addition is the sum or adding given two or more than two numbers, or variables and in addition, if we sum the two or more numbers then we obtain a new frame of the number will be found, which can be expressed as in the symbol of $ + $ and this is also called as the plus symbol.
Complete step-by-step solution:
Since from the given that $ + 23 + ( + 40)$ and we need to find the new value after the sum of the given two terms.
For example, the addition works as $1 + 1 = 2$ if both the terms are positive. Now if both the terms are negative then we have $ - 1 + ( - 1) = - 2$ the same process only. But if the values are not in the same sign like one number is positive and another number is negative then we need the subtraction operation, like $1 - 2 = - 1$
Thus, in the given question both the numbers are in positive terms and hence we get $ + 23 + ( + 40) = 23 + 40 \Rightarrow 63$ which is the required new value.
Hence using simple operations, we solved the given problem.
Note: We also need to know about the subtraction operation, in subtraction which is the minus of given two or more than two numbers, but here comes with the given condition that in subtraction the greater number sign represented in the number will stay constant example $2 - 3 = - 1$
Since multiplicand refers to the number multiplied. Also, a multiplier refers to multiplying the first number. Have a look at an example; while multiplying $5 \times 7$ the number $5$ is called the multiplicand and the number $7$ is called the multiplier. Like $2 \times 3 = 6$ or which can be also expressed in the form of $2 + 2 + 2(3times)$
Complete step-by-step solution:
Since from the given that $ + 23 + ( + 40)$ and we need to find the new value after the sum of the given two terms.
For example, the addition works as $1 + 1 = 2$ if both the terms are positive. Now if both the terms are negative then we have $ - 1 + ( - 1) = - 2$ the same process only. But if the values are not in the same sign like one number is positive and another number is negative then we need the subtraction operation, like $1 - 2 = - 1$
Thus, in the given question both the numbers are in positive terms and hence we get $ + 23 + ( + 40) = 23 + 40 \Rightarrow 63$ which is the required new value.
Hence using simple operations, we solved the given problem.
Note: We also need to know about the subtraction operation, in subtraction which is the minus of given two or more than two numbers, but here comes with the given condition that in subtraction the greater number sign represented in the number will stay constant example $2 - 3 = - 1$
Since multiplicand refers to the number multiplied. Also, a multiplier refers to multiplying the first number. Have a look at an example; while multiplying $5 \times 7$ the number $5$ is called the multiplicand and the number $7$ is called the multiplier. Like $2 \times 3 = 6$ or which can be also expressed in the form of $2 + 2 + 2(3times)$
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