For the gear train shown in the figure. Planet gears 3, 4, and 5 are rigidly connected to a common concentric shaft and turn at the same rotational speed, w3= w4 = w5. Gear 1 is connected to the input, gear 7 is connected to the output, and gear 6 is fixed. The planet carrier component 2 is connected to neither an input nor an output. a) the speed of gear 7 if the speed of gearl is 30 RPM. b) The ratio between the input and the output. N₁ = 10, N3 = 24, N₁ = 12, Ng = 12, No = 20, N₁ = 30 Component → Operation ↓ all components turn at x rpm Crank is fixed. Gear 6 turns at y rpm Absolute rotational speeds Fixed Input Gear 1 W1 N3N6 N₁N₁ y N3N6 1 2 Gear 6 W6 y x+y Gear 7 W7 x+ W7 x N=N6 N₂N₂ y N5N6 NAN Output y

Elements Of Electromagnetics
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Please use the following table and please the ratio is not 1.714 this answer is wrong. Please don’t reply with same answered way previously!!!!
For the gear train shown in the figure. Planet gears 3, 4, and 5 are rigidly connected to a common
concentric shaft and turn at the same rotational speed, w3 = W4 = w5. Gear 1 is connected to the input,
gear 7 is connected to the output, and gear 6 is fixed. The planet carrier component is connected to
neither an input nor an output.
a) the speed of gear 7 if the speed of gearl is 30 RPM.
b) The ratio between the input and the output.
N₁ = 10, N3 = 24, N₁ = 12, N₁
=
Component
Operation ↓
all components turn at x rpm
Crank is fixed. Gear 6 turns at
y rpm
Absolute rotational speeds
@1
Fixed
Input
12, №₁ = 20, N₂
Gear 1
W1
N3N6
N₁NY
x-
N3N6
N₁N₁
2
1
y
= 30
Gear 6
W6
y
x+y
W7
Gear 7
N5N6
N₂N₂
N5N6
N₂N₂
Output
y
Transcribed Image Text:For the gear train shown in the figure. Planet gears 3, 4, and 5 are rigidly connected to a common concentric shaft and turn at the same rotational speed, w3 = W4 = w5. Gear 1 is connected to the input, gear 7 is connected to the output, and gear 6 is fixed. The planet carrier component is connected to neither an input nor an output. a) the speed of gear 7 if the speed of gearl is 30 RPM. b) The ratio between the input and the output. N₁ = 10, N3 = 24, N₁ = 12, N₁ = Component Operation ↓ all components turn at x rpm Crank is fixed. Gear 6 turns at y rpm Absolute rotational speeds @1 Fixed Input 12, №₁ = 20, N₂ Gear 1 W1 N3N6 N₁NY x- N3N6 N₁N₁ 2 1 y = 30 Gear 6 W6 y x+y W7 Gear 7 N5N6 N₂N₂ N5N6 N₂N₂ Output y
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