An operator working at a saw machine is responsible to measure the length of the $5$th part after a machine is set up so he can verify that the machine was set up correctly and is cutting the part at the middle of the specification range.

The onerator uses $8$ ca brater ennth neueo mesure $.$ sres mes

recetanty of $0\mathrm{.}15$ of the reading and folows a normal protality distribution, The Lengi auge resoluton $150\mathrm{.}01$

uncertainty or u$\mathrm{.}1$ or the readine and tollows a normal probably distribution, Ine Lenech cause resclution is O$.$us and follows a rectangular $($uniform$)$ distribution. The following are the part measurements in mm:

$60\mathrm{.}06$

Average: $60\mathrm{.}00$

$1)$ What is the Standard Uncertainty of the Mean? Enter your answer in Blank #$1$ with $4$ decimal places. Please do not enter units.

$2)$ What is the Resolution standard uncertainty? Enter your answer in Blank #$2$ with $4$ decimal places. Please do not enter units.

$3)$ What is the Calibration standard uncertainty? Enter your answer in Blank #$3$ with $4$ decimal places. Please do not enter units.

$4)$ What is the resulting combined standard uncertainty $($u$)?$ Enter your answer in Blank #$4$ with $4$ decimal places. Please do not enter units.

$5)$ What is the Expanded uncertainty at a $95\%$ confidence level? Enter your answer in Blank #$5$ with $2$ decimal places. Please do not enter units.

$6)$ Express the measurand and the uncertainty based on the calculated expanded uncertainty at a $95\%$ confidence level. Enter your answer in Blank #$6.$ Make sure$$to$$enter$$units$.$