To solve the compound inequality (0 < 4 + 2x < 22), first, we can break it down into two parts: (0 < 4 + 2x) and (4 + 2x < 22).
Starting with the first part, subtract 4 from both sides: (0 - 4 < 2x) gives (-4 < 2x), or (x > -2) after dividing by 2. For the second part, subtract 4 from both sides: (2x < 22 - 4) results in (2x < 18), or (x < 9) after dividing by 2.
Combining both results, the solution for the compound inequality is (-2 < x < 9).
-30
The solution to this equation is that h is equal to -4. You can substitute this value for h into the equation to get -4 x -9 - 6 plus 12 x -4 plus 40 equals 22, or 36 - 6 plus - 48 plus 40 equals 22.
x+32 = 10 x = 10-32 x = -22
22+22+28+28=100.
491
-30
So, laying out the question in traditional format: 2 + -25 + 22 + -9 = ? Starting from the left, 2 + -25 = -23 -23 + 22 = -1 -1 + -9 = -10 The solution is -10.
the answer is 22 to 7 or 22:7
The solution to this equation is that h is equal to -4. You can substitute this value for h into the equation to get -4 x -9 - 6 plus 12 x -4 plus 40 equals 22, or 36 - 6 plus - 48 plus 40 equals 22.
False because: 15 < 22
x+32 = 10 x = 10-32 x = -22
there are two method which you can you use to show this. first X+14=22 by putting 8 in place of X if LHS =RHS, then it is the solution of the euation 8+14 = 22 22=22 hence LHS =RHS
22+22+28+28=100.
491
22
-15 plus 4 plus -22 = -33-15 + 4 = -1111 + -22 = -33
No solution in integers, quadratic formula gives roots as 6.73 & 3.27