could someone please help me with this question?

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could someone please help me with this question?

Could Someone Please Help Me With This Question 1 (141.58 KiB) Viewed 30 times

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T The centre-pull brake force calliper is operated by the application of a tension force in the cable from the lever on the handlebars pulling upwards on the red cable hook. This force is transmitted from the cable hook to both of the crank arms (which are identical and pivot on the attachment bolts at c) through the resulting tension in the link cable. The crank arms then apply the normal braking force For to the rim of the wheel All of the dimensions are vertical (y-direction) or horizontal (z- direction) except for q which is perpendicular to For m Cable Link n B B Dimension mm IZ 38 im 23 I'm 29 0 o 22 35 P 9 48 Tyre 9 For br Rim р Determine the unit vector of the link cable between the cable hook and the crank arm at B: Given that the tension in the brake cable T = 351 N

2 (40% of module mark) x + php?attempt=15250368cmid=18244798.page=2 w B القمح تحميل وتثبيت و... تحميل لعبة ناروتو شي.. لا o Nanatsu no Ta... wail DZ GAMES MEDIA P: Assassin Creed Brot.. مشاهدة فيلم Tna [a سمعية مباراة ليبيريا والارجن... و 11 Support Archive - My DCU DEVELOP English (en)- Timor the wheel m All of the dimensions are vertical (y-direction) or horizontal (z- direction) except for q which is perpendicular to Fb. Cable Link n Dimension mm Z 38 B/ B m 123 n 129 0 o 22 35 IC P 19 48 Tyre N Ebr For D Rim P. Determine the unit vector of the link cable between the cable hook and the crank arm at B Given that the tension in the brake cable T =351 N ... Determine the Tension in the Link Cable: N For the crank arm BCD what is the moment of the Link Cable Tension about C: Nm Determine the brake force For as a result of this moment: N Finally, what is the Friction force on the wheel rim as a result of the operation of the brake when the coefficient of friction between the brake block and the rim is 0.79: N