- Q 3 The Tooth Numbers For The Gear Train Illustrated Are N 20 T N3 16 T N4 30 T N6 36 T And N7 46 T Gear 1 (57.76 KiB) Viewed 18 times
Q-3 The tooth numbers for the gear train illustrated are N₂ = 20-T, N3 = 16-T, N4 = 30-T, N6 = 36-T, and N7 = 46-T. Gear
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Q-3 The tooth numbers for the gear train illustrated are N₂ = 20-T, N3 = 16-T, N4 = 30-T, N6 = 36-T, and N7 = 46-T. Gear
Q-3 The tooth numbers for the gear train illustrated are N₂ = 20-T, N3 = 16-T, N4 = 30-T, N6 = 36-T, and N7 = 46-T. Gear 7 is fixed. If shaft-a has an angular speed of a = 18 rad/s (c.w.), a) Determine the magnitude and direction of rotational velocities of shaft-b, gear-3 and gear-4 in revolutions per minute [rpm]. [20 pts.] b) If the input power is Hin = 12 kW, determine the torque transmitted by shaft-a (Ta) and shaft-b (Tb) in [N-m]. [16 pts.} Ru5 W-Warm W₁-Warm (-1)* Multiply Driving Gear Tooth Numbers Multiply Driven Gear Tooth Numbers where k = number of external gear meshes. Tout=. Tin RjiTin where i = # of starting gear and Ruj = j= # of the last gear (e.g., i = 2 and j may be equal to 3,4 or 7; or we can start from gear-7, and then j = 2, 6 or 3, depending on the choce of the output gear. H = Tx w [here H is in [W], T in [N-m], and wo is in [rad/s] co [rad/s] = n [rev/min] x x/30, clockwise = c.w. (negative or (-)) and c.c.w. (positive (+)) с N3 2 IIIII CHI NO 2 2SH N7 Fixed =