Given the limited information in the question, Z is maximised when x1 or x2 (or both) are maximised. There is no trade-off between x1 and x2 to worry about.
There are no "following" data!
x=y-8 z=x+12
Solve the following equation for A : 2A/3 = 8 + 4A
{-1,-2}
It is: 1*17 = 17 which is a prime number
If you mean 20*w=6.5, then w=.325.
-9-2x=9-8x6x=18 x=3
Oh honey, PEMDAS stands for Please Excuse My Dear Aunt Sally, not "problem equals 11." If you want an equation that equals 11 using PEMDAS, try something like 6 + 5 or 22 - 11. Just remember, math is like a recipe - follow the steps in the right order and you'll end up with a delicious answer.
n = 28
m = -1
1.7cm
The answer to the problem of 7-3x equals 34 is x equals -9.
4.39
One equals is used in an equation which is true, such as 5 + 3 = 8 Equals equals is used in computer programming as a question as to whether 2 things are equal. Like If x == 4 perform this operation ... If you are referring to 'C' language programming: A single equal sign is an assignment, a double equal sign is a comparison. a = 7; /* An assignment. You are assigning the value of 7 to the variable called 'a' */ if (a == 7) /* A comparison. You are checking if the variable 'a' has the value of 7 */
You didn't show us the following.
There are no "following" data!
X equals -50 in this problem.