2. The diameter of a nozzle body is indicated by the designer in the drawing as D=6 mm + 0.03 mm. According to the test plan, the diameter of the nozzle body should be measured with a micrometer with a resolution of 0.001 mm. The proof of capability of the micrometer for this measuring task according to method I has already been provided. In order to prove the capability of the micrometer according to method 2, ten nozzle bodies were measured twice by three testers each time. The results are shown in the table below. n Nr. 1 Nr. 2 Nr. 3 Nr. 4 Prfergebnisse [mm] Prfer 1 Prfer 2 Prfer 3 Messung 1 Messung 2 Spannweite Messung 1 Messung 2 Spannweite Messung 1 Messung 2 Spannweite 6,029 6,030 6,0331 6,0321 6,031 6,030 6,0191 6,020 6,0201 6,019 6,020 6,020 6,004 6,003 6,007 6,007 6,010 6,006 5,992 5,992 5,995 5.986 5,994 5,994 6,009 6,009 5,014 6,014 6,015 6,014 5,971 5,972 5,973 5,922 5,975 5,974 5,995 5,997 5,997 5,996 5,995 5,994 6,014 6,018 6,019 6,015 6,016 6,015 5,985 5.987 5,987 5.986 5,987 5,986 6,024 6,028 6,029 6025 6,026 6.0251 Nr. 5 Nr. 6 Nr. 7 Nr. B Nr. 9 Nr. 10 Messung = Measurment Spannweite = clamping range Prfergebnissse = Test results Is the outside micrometer according to method 2 suitable for this measuring task? Carry out the evaluation according to the mean value range method! Use the table in the appendix to this exercise sheet