To solve the inequality \(\left|\frac{x-500}{14}\right|>2.95\), we need to consider the definition of absolute value. The inequality \(|A| > B\) implies that \(A > B\) or \(A < -B\). Therefore, we will split the inequality into two separate inequalities: \(\frac{x-500}{14} > 2.95\) and \(\frac{x-500}{14} < -2.95\). We will solve each inequality for \(x\).
Step 1: Solve the First Inequality
We start with the inequality \(\frac{x-500}{14} > 2.95\). Multiplying both sides by \(14\) gives:
\[
x - 500 > 2.95 \times 14
\]
Calculating \(2.95 \times 14\) results in:
\[
x - 500 > 41.3
\]
Adding \(500\) to both sides, we find:
\[
x > 541.3
\]
Step 2: Solve the Second Inequality
Next, we consider the inequality \(\frac{x-500}{14} < -2.95\). Again, multiplying both sides by \(14\) yields:
\[
x - 500 < -2.95 \times 14
\]
Calculating \(-2.95 \times 14\) gives:
\[
x - 500 < -41.3
\]
Adding \(500\) to both sides results in:
\[
x < 458.7
\]
Step 3: Combine the Results
The solutions from the two inequalities are:
\(x < 458.7\)
\(x > 541.3\)
Final Answer
The complete solution to the inequality \(\left|\frac{x-500}{14}\right|>2.95\) is:
\[
\boxed{x < 458.7 \text{ or } x > 541.3}
\]