9999,000,999,000 x 2222222 - 10 + 5 x 200
i
In order to know which operation, you have to find the keywords. EX: how many more, difference, sum, total, etc.
I am pretty sure you can make them as hard as you want - if you have a "hard" problem, you can always find one that is even harder. If this is true, then there is no such thing as a "hardest algebra problem".
There is no operation for a single number and so there can be no order of operation.
9999,000,999,000 x 2222222 - 10 + 5 x 200
i
In order to know which operation, you have to find the keywords. EX: how many more, difference, sum, total, etc.
I am pretty sure you can make them as hard as you want - if you have a "hard" problem, you can always find one that is even harder. If this is true, then there is no such thing as a "hardest algebra problem".
Omaha Beach Dog Green Sector.
Division before subtraction.
Most likely South Africans, possibly Russians
There is no operation for a single number and so there can be no order of operation.
Immortality.. I supose.
The way to memorize the order of operation is by remembering this sentence: Please Excuse My Dear Aunt Sally...P for parentheses..E for exponents M for Multiplication..D for Division..A for Addition..And S for Subtraction. When you get a math problem like this: 15 + (10 x 4) you do what's in parentheses first. So 10 x 4 is 40. Then you would go 40 + 15 and the answer is 50. Then you have completely mastered that math problem. But remember you have to do the order of operation in order to figure out the math problem. Bye! Hope I helped! have any questions? just ask!
T represent a Number that will be part of the operation in order for you to solve this problem.
(2+4)5-7 (6)5-7 30-7 23