If you change the Brodie coarse adjustment one position, what change is made to the register reading?

If you change the Brodie coarse adjustment one position, what change is made to the register reading?

• A. 3.6 gal per 100 gal
• B. 6 gal per 100 gal
• C. 3.6 per 1000 gal
• D. 6 per 1000 gal

Answer: (D)

When adjusting the Brodie coarse adjustment, the intention is to calibrate the system for accurate measurement of fluid flow. The correct answer indicates that changing the adjustment one position alters the register reading by 6 units for every 1000 gallons. This value is crucial for ensuring that the register reflects the appropriate flow rate as determined by the calibration settings. A change of 6 per 1000 gallons allows for fine-tuning of the measurement output to align with expected operational parameters. In practical terms, this means that for every 1,000 gallons that pass through the registering system, making this adjustment one position results in a registered flow reading that reflects a nuanced change — vital for accurate record-keeping and operational efficiency. Other provided answers reflect changes at different scales or with different volumes, which do not align with the specific outcome of the coarse adjustment mentioned in the question. Thus, the accurate understanding and application of the Brodie adjustment is essential for precision in fuel and water systems maintenance.

When adjusting the Brodie coarse adjustment, the intention is to calibrate the system for accurate measurement of fluid flow. The correct answer indicates that changing the adjustment one position alters the register reading by 6 units for every 1000 gallons.

This value is crucial for ensuring that the register reflects the appropriate flow rate as determined by the calibration settings. A change of 6 per 1000 gallons allows for fine-tuning of the measurement output to align with expected operational parameters. In practical terms, this means that for every 1,000 gallons that pass through the registering system, making this adjustment one position results in a registered flow reading that reflects a nuanced change — vital for accurate record-keeping and operational efficiency.

Other provided answers reflect changes at different scales or with different volumes, which do not align with the specific outcome of the coarse adjustment mentioned in the question. Thus, the accurate understanding and application of the Brodie adjustment is essential for precision in fuel and water systems maintenance.