To solve the inequality \(1.7x \geq 5.95\), we'll isolate \(x\).
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Divide both sides of the inequality by 1.7: \[ x \geq \frac{5.95}{1.7} \]
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Calculate: \[ \frac{5.95}{1.7} \approx 3.5 \]
So the solution to \(1.7x \geq 5.95\) is: \[ x \geq 3.5 \]
Now, let's summarize the results of all the inequalities you provided:
- From \(1.7x \geq 5.95\), we have \(x \geq 3.5\).
- The second inequality is \(x \geq 10.115\).
- The third inequality is \(x \geq 3.5\) (which is redundant since it was already established).
- The fourth inequality is \(x \geq 7.65\).
To combine these, we take the highest lower bound. The maximum of all lower bounds is: \[ x \geq 10.115 \]
Thus, the final result taking all inequalities into account is: \[ x \geq 10.115 \]