8+8+8/8=3
Using the order of operations, the answer is 2 + sqrt(2).
To get a result of 29 using the order of operations, you would need to perform addition, subtraction, multiplication, and division in the correct sequence. One way to achieve this is by starting with the expression: ( (6 \times 5) - 1 + (9 \div 3) = 29 ). This follows the order of operations (parentheses, exponents, multiplication and division from left to right, addition and subtraction from left to right) to reach the desired result of 29.
To make 27 using the numbers 1, 2, 3, and 4 only once, you can use the following mathematical expression: (3 * 4) + (2 * 1) = 12 + 2 + 1 = 27. This equation follows the order of operations (multiplication before addition) to correctly arrive at the desired result of 27.
FOIL stands for First, Outer, Inner, Last. It is the order of operations to solve equations like (2x+3)(3x+2).
2 x -3 .. xDD... ;; 3 x 3 x 3 = 27 x 2.. = 54.. You do order of operations so that would do squared first -3*-3 equals 9 so 9 times two TMD
(4+3)3 → Using order of operations, solve the bracket first. (7)3 → Multiply 21
Using the order of operations, the answer is 2 + sqrt(2).
4+1=5... 5x2=10... 10+3=13 !
[(-2) + (-1)]/(-3) * [(-7) - (-5)]
Order of operations matters because you could potentially get an incorrect answer by not using it. e.g. (/ means divide by or represents a fraction [same thing]) 13+2/3 without brackets is 41/3 while (13+2)/3 = 15 Brackets Exponents (powers) Multiplication Division Addition Subtraction If you perform your operations by this rule you will always gain the correct answer
its -17 i think but other than that i agree that the fact i in 6th grade only 11 and answering this.
To get the order of operations to equal 27, you need to carefully follow the rules of PEMDAS: Parentheses, Exponents, Multiplication and Division (from left to right), and Addition and Subtraction (from left to right). One way to achieve 27 using the order of operations is by calculating (3^2) x 3. This would result in 9 x 3, which equals 27. Remember that following the correct sequence of operations is crucial in obtaining the desired result.
The smallest that I can get, using only the basic operations of arithmetic, is -2310
Multiplication and addition.
No. Here is a simple counterexample: 1 + 2 x 3 The answer is either 7 (if using the standard convention of doing the multiplication first), or 9 (if you ignore this standard and do the addition first). When doing a series of only additions, or only multiplicatons, you can do the additions (or the multiplications) in any order.
Threading is a feature in Java where the system can execute multiple operations at the same time. In most cases, the CPU utilization is barely 1% of its capability even if your program is using the most complicated processing logic. So, by spawning multiple threads, we can utilize the CPU better. For Ex: When you are using your PC to use outlook and at the same time write a document using MS Word and are browsing the internet in a browser, you are doing 3 different operations. the Operating system spawns 3 threads in order to meet your requirements and as you switch from one operation to another, the system adapts seamlessly and you have a feeling that the system is doing only the current activity, whereas it is working on all the 3 opeartions using different threads. If your system were to use only one thread, you would not be able to do all these 3 operations simultaneously.
parentheses