Q4) For the image shown below, the driving gear is rotating at 120 RPM (revolutions per minute) and the torque at the idler gear is 10 N.m Determine the torque, the radius, and the RPM of the driven gear. Where, the radius of the driving gear is 50 cm. RR T=fxd Elxd WE E - Exd to nim Co = 0.5 403) Idler Gear 120 Driven Gear R RPM R c. exd C Driving Gear Cos Thay 5 12 Tooth T= fxd 50 36 Tooth Exd = fx d lo= fxois 3.11 T 60 Tooth john dona que 30 Q4) For the image shown below, the driving gear is rotating at 120 RPM (revolutions per minute) and the torque at the idler gear is 10 N.m Determine the torque, the radius, and the RPM of the driven gear. Where, the radius of the driving gear is 50 cm. RR T=fxd Elxd WE E - Exd to nim Co = 0.5 403) Idler Gear 120 Driven Gear R RPM R c. exd C Driving Gear Cos Thay 5 12 Tooth T= fxd 50 36 Tooth Exd = fx d lo= fxois 3.11 T 60 Tooth john dona que 30