A bridge gage is used to measure _________

Question 1 / 270705eccefa0bacbc34ba4d47075

Question 1 of 270705eccefa0bacbc34ba4d47075

A bridge gage is used to measure __________.

Back

Question 1 of 27070

Q

A bridge gage is used to measure __________.

🔍 Key Concepts

• Bridge gage as a precision measuring tool • Where axial movement or end play needs to be checked on rotating machinery • Difference between radial wear/clearance and axial (end-to-end) clearance

💭 Think About

• Which of these answer choices involves measuring movement or clearance along the shaft’s length, not across its diameter? • Think about what kind of problem a bridge gage is designed to detect in a shaft or rotor: misalignment in which direction? • Which component’s condition is best evaluated by knowing very small end‑to‑end clearances rather than side or radial wear?

✅ Before You Answer

• Identify which options deal with axial (end‑to‑end) conditions versus radial (side) conditions • Ask yourself: which choice most directly relates to measuring a small linear clearance rather than wear at a point or surface? • Eliminate any choices that obviously involve radial leakage or surface wear not measured as a precise end clearance

Question 1 of 27070

Q

A bridge gage is used to measure __________.

A

blade tip leakage

B

rotor bearing wear

C

axial clearances

D

thrust bearing wear

Question 1 / 270705eccefa0bacbc34ba4d47075

Question 1 of 270705eccefa0bacbc34ba4d47075

A bridge gage is used to measure __________.

Back

Question 1 of 27070

Q

A bridge gage is used to measure __________.

🔍 Key Concepts

• Bridge gage as a precision measuring tool • Where axial movement or end play needs to be checked on rotating machinery • Difference between radial wear/clearance and axial (end-to-end) clearance

💭 Think About

• Which of these answer choices involves measuring movement or clearance along the shaft’s length, not across its diameter? • Think about what kind of problem a bridge gage is designed to detect in a shaft or rotor: misalignment in which direction? • Which component’s condition is best evaluated by knowing very small end‑to‑end clearances rather than side or radial wear?

✅ Before You Answer

• Identify which options deal with axial (end‑to‑end) conditions versus radial (side) conditions • Ask yourself: which choice most directly relates to measuring a small linear clearance rather than wear at a point or surface? • Eliminate any choices that obviously involve radial leakage or surface wear not measured as a precise end clearance