A simple two-step equation that equals 21 is (2x + 5 = 21). To solve for (x), first subtract 5 from both sides, giving (2x = 16). Then, divide both sides by 2 to find (x = 8). Thus, the solution to the equation is (x = 8).
Well, darling, a 2-step equation that equals 21 could be something like 2x + 5 = 21. First, you'd subtract 5 from both sides to get 2x = 16, then divide by 2 to find x = 8. Voila, you've got yourself a sassy solution!
To create a two-step equation that equals 21, you can use the equation (2x + 3 = 21). To solve for (x), first subtract 3 from both sides, resulting in (2x = 18), and then divide by 2 to find (x = 9). Another example is (3x - 6 = 21); adding 6 to both sides gives (3x = 27), and dividing by 3 results in (x = 9). Both equations yield the same solution of (x = 9).
-16
n + 13 = 21. n = 21 - 13
To find what is divided by what equals 21, you can express it as an equation: ( x \div y = 21 ). This means that ( x = 21y ). For example, if you choose ( y = 1 ), then ( x = 21 ); or if ( y = 3 ), then ( x = 63 ). There are infinitely many pairs of numbers that satisfy this equation.
Well, darling, a 2-step equation that equals 21 could be something like 2x + 5 = 21. First, you'd subtract 5 from both sides to get 2x = 16, then divide by 2 to find x = 8. Voila, you've got yourself a sassy solution!
It is a linear equation in two dimensional space. Such an equation defines a line in 2-d
To create a two-step equation that equals 21, you can use the equation (2x + 3 = 21). To solve for (x), first subtract 3 from both sides, resulting in (2x = 18), and then divide by 2 to find (x = 9). Another example is (3x - 6 = 21); adding 6 to both sides gives (3x = 27), and dividing by 3 results in (x = 9). Both equations yield the same solution of (x = 9).
It is an equation. Taking it step by step: 17 = 3t - 4 17 + 4 = 3t 21 = 3t 7 = t So the value of t is 7.
21
12
2n+4=66
-16
n + 13 = 21. n = 21 - 13
3, 7, 21. 3x7 is the only equation that equals 21, and so these are the only factors of 21.
32
To find what is divided by what equals 21, you can express it as an equation: ( x \div y = 21 ). This means that ( x = 21y ). For example, if you choose ( y = 1 ), then ( x = 21 ); or if ( y = 3 ), then ( x = 63 ). There are infinitely many pairs of numbers that satisfy this equation.