WebQ: - Algebraically solve the inequality 5x - 621+2(4x +1) 5x A: To find the solution we need to seperate x to one side and constant to the other side. question_answer Webआमच्या मोफत मॅथ सॉल्वरान तुमच्या गणितांचे प्रस्न पावंड्या ...

solve the inequality(2x-5)≥(1-5x) and represent the solution ...

WebSep 3, 2015 · $\begingroup$ @LoLo: It's definitely not correct. You can't multiply both sides of an ineqality by a quantity whose sign you don't know. (If you multiply by a positive quantity, you should leave the inequality as it is, but if you multiply by a negative quantity, you must reverse the inequality, i.e., change $\le$ to $\ge$. WebSolve the compound inequality: -22 strictly greater than -5x - 7 greater than or equal to -3. Solve the compound inequality. 4x + 12 greater than or equal to 4 and 3x - 25 greater than or equal to -13 the original portland restaurant

Solve the inequality 2x²-15x-10 2x-3 +32/2x²-3x+2>=1 (2x squared …

WebRearrange the equation by subtracting what is to the right of the greater than sign from both sides of the inequality : 5*x-7-(2*x-1)<0 . Step by step solution : Step 1 : Pulling out like … WebStep 1: Isolate the absolute value 2x - 1 + 3 = 6 2x - 1 = 3: Step 2: Is the number on the other side of the equation negative? No, it’s a positive number, 3, so continue on to step 3: Step 3: Write two equations without absolute value bars 2x - 1 = 3: 2x - 1 = -3: Step 4: Solve both equations 2x - 1 = 3 WebStart with: y/2 + 2 > x. Subtract 2 from both sides: y/2 > x − 2. Multiply all by 2: y > 2x − 4. 2. Now plot y = 2x − 4 (as a dashed line because y> does not include equals to): 3. Shade the area above (because y is greater than ): The dashed line shows that the inequality does not include the line y = 2x−4. the original position and veil of ignorance