The fixture AC, shown in Fig. 4 is designed with screw adjustment to regulate the height of the 900 N load supported by the roller at A. The screw bears against a smooth surface at B. Calculate the...

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The fixture AC, shown in Fig. 4 is designed with screw adjustment to regulate<br>the height of the 900 N load supported by the roller at A. The screw bears against a<br>smooth surface at B. Calculate the magnitude of the total force supported by the pin at<br>C. Neglect the weight of the fixture. [Ans: 991 N ]<br>4.<br>Fig. 4<br>Fig. 5<br>Detail<br>30°<br>Air flow<br>950<br>125<br>C<br>B.<br>B<br>100mm<br>60mm<br>- 3000-<br>800<br>300<br>Dimensions in millimeters<br>

Extracted text: The fixture AC, shown in Fig. 4 is designed with screw adjustment to regulate the height of the 900 N load supported by the roller at A. The screw bears against a smooth surface at B. Calculate the magnitude of the total force supported by the pin at C. Neglect the weight of the fixture. [Ans: 991 N ] 4. Fig. 4 Fig. 5 Detail 30° Air flow 950 125 C B. B 100mm 60mm - 3000- 800 300 Dimensions in millimeters

Jun 11, 2022

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The fixture AC, shown in Fig. 4 is designed with screw adjustment to regulate the height of the 900 N load supported by the roller at A. The screw bears against a smooth surface at B. Calculate the...

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