Subtracting x from both the sides in above equation
2x – x > x + \(\cfrac{4-{\text{x}}}{3}\) - x
x > \(\cfrac{4-{\text{x}}}{3}\)
Multiplying both the sides by 3 in the above equation
3x > 3 \(\bigg(\cfrac{4-{\text{x}}}{3}\bigg)\)
3x > 4 – x
Adding x on both the sides in above equation
3x + x > 4 -x + x
4x > 4
Dividing both the sides by 4 in above equation
\(\frac{4{\text{x}}}{4} > \frac{4}{4}\)
x > 1
Now when,
x + \(\cfrac{4-{\text{x}}}{3}\) > 3
Multiplying both the sides by 3 in above equation
3x + 3\(\bigg(\cfrac{4-{\text{x}}}{3}\bigg)\) > 3(3)
3x + 4 – x > 9
2x + 4 > 9
Subtracting 4 from both the sides in above equation
2x + 4 – 4 > 9 – 4
2x > 5
Dividing both the sides by 2 in above equation
Merging overlapping intervals