Let's first simplify the absolute values in the inequality.
0.5(3+4|𝑥−5|) < 0.3(2-3|𝑥-5|)
Next, distribute the constants on both sides of the inequality.
1.5 + 2|𝑥-5| < 0.6 - 0.9|𝑥-5|
Now, let's isolate the absolute value term on one side of the inequality.
2.5 + 2|𝑥-5| < -0.9|𝑥-5|
Subtract 2.5 from both sides:
2|𝑥-5| < -3.4|𝑥-5|
Now, divide both sides by 2 to isolate the absolute value on one side:
|𝑥-5| < -1.7|𝑥-5|
Absolute value is always non-negative, so the inequality |𝑥-5| < -1.7|𝑥-5| is not possible.
Thus, there is no solution to the original inequality 0.5(3+4|𝑥−5|) < 0.3(2-3|𝑥-5|).
Let's first simplify the absolute values in the inequality.
0.5(3+4|𝑥−5|) < 0.3(2-3|𝑥-5|)
Next, distribute the constants on both sides of the inequality.
1.5 + 2|𝑥-5| < 0.6 - 0.9|𝑥-5|
Now, let's isolate the absolute value term on one side of the inequality.
2.5 + 2|𝑥-5| < -0.9|𝑥-5|
Subtract 2.5 from both sides:
2|𝑥-5| < -3.4|𝑥-5|
Now, divide both sides by 2 to isolate the absolute value on one side:
|𝑥-5| < -1.7|𝑥-5|
Absolute value is always non-negative, so the inequality |𝑥-5| < -1.7|𝑥-5| is not possible.
Thus, there is no solution to the original inequality 0.5(3+4|𝑥−5|) < 0.3(2-3|𝑥-5|).