Gauge Block Calibration Concepts

Eric Lundqvist, president of AA Jansen, introduces a video series addressing common customer questions. The focus is on gauge block calibration, a key service of the company. Eric explains the formula for gauge block uncertainty, detailing how to calculate it using a one-inch gauge block as an example. He clarifies the meaning of the micro symbol, which denotes a magnitude of 10 to the negative six. The video concludes with an invitation for viewers to contact AA Jansen with further questions.

What is the primary focus of the video series introduced by Eric Lundqvist?

• Gauge block calibration

• Temperature measurement

• Pressure calibration

• Voltage measurement

What is the formula used to calculate gauge block uncertainty?

• 2.5 + 1.5L

• 0.5 + 0.8L

• 3.0 + 2.0L

• 1.7 + 1.2L

In the formula for gauge block uncertainty, what does 'L' represent?

• Length in meters

• Length in inches

• Length in millimeters

• Length in centimeters

What is the calculated uncertainty for a one-inch gauge block?

• 1.5 micro inches

• 3.5 micro inches

• 4.0 micro inches

• 2.9 micro inches

What is the probability that the actual size of the gauge block falls within the calculated uncertainty range?

• 90%

• 95%

• 80%

• 85%

What does the micro symbol represent in terms of magnitude?

• 10 to the power of -3

• 10 to the power of 6

• 10 to the power of -6

• 10 to the power of 3

How many decimal places do you move to convert micro inches to inches?

• Four places to the right

• Three places to the left

• Six places to the left

• Five places to the right

What is the equivalent of 2.9 micro inches in inches?

• 0.0000029 inches

• 0.00029 inches

• 0.00000029 inches

• 0.000029 inches

What is the purpose of the video series by AA Jansen?

• To address common customer questions

• To sell gauge blocks

• To provide entertainment

• To advertise new products

Where can viewers send their questions regarding gauge block calibration?

• [e-mail]

• [e-mail]

• [e-mail]

• [e-mail]