(a) The values of pitch diameter.

Question

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Answer 1

Question

Chapter 46, Problem 63A

To determine

(a)

The values of pitch diameter.

Expert Solution

Answer to Problem 63A

$25mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Pitch diameter $(D)$ is given by,

$D=mT where m=Module,T=No. of teeth$ .

Using above formula,

$Pitch Diameter(D)=mT⇒Pitch Diameter(D)=2.5×10 mm⇒Pitch Diameter(D)=25 mm.$

Hence, pitch diameter of given spur gear will be $25$ mm.

To determine

(b)

The values of circular pitch of given metric spur gear.

Expert Solution

Answer to Problem 63A

$7.854mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Circular pitch $(Pc)$ is given by,

$Pc=πm where m=Module,T=No. of teeth$ .

Using above formula,

$Circular pitch (Pc)=πm⇒Circular pitch (Pc)=3.14×2.5 mm⇒Circular pitch (Pc)=7.854 mm.$

Hence, circular pitch of given spur gear will be $7.854$ mm.

To determine

(c)

The values of outside diameter of given metric spur gear.

Expert Solution

Answer to Problem 63A

$30mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Outside diameter $(Do)$ is given by,

$D0=D+2m where m=Module,D=Pitch diameter$ .

From part $a$ of this exercise, pitch diameter $D=$

$117$ mm.

Using above formula,

$Outside diamter (D0)=D+2m⇒Outside diamter (D0)=25+2×2.5 mm⇒Outside diamter (D0)=30 mm.$

Hence, outside diameter of given spur gear will be $30$ mm.

To determine

(d)

The values of addendum of given metric spur gear.

Expert Solution

Answer to Problem 63A

$2.5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Addendum $(a)$ of a spur gear is given by,

$a=1.00m where m=Module,a=addendum$ .

Using above formula,

$Addendum(a)=1.00m=1.00×2.5 mm⇒Addendum(a)=2.50 mm$

Hence, addendum of given spur gear will be $2.5$ mm.

To determine

(e)

The values of working depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Working depth $(w)$ of a spur gear is given by,

$w=2m where m=Module,w=working depth$ .

Using above formula,

$Working depth (w)=2m⇒Working depth (w)=2×2.5 mm⇒Working depth (w)=5 mm$

Hence, working depth of given spur gear will be $5$ mm

To determine

(f)

The tooth thickness depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$3.917mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Tooth thickness $(t)$ of a spur gear is given by,

$t=Pc2 where Pc=circular pitch,t=tooth thickness$ .

Using above formula,

$Tooth thickness (t)=Pc2⇒Tooth thickness (t)=7.8542 mm⇒Tooth thickness (t)=3.917 mm$

Hence, tooth thickness of given spur gear will be $3.917$ mm.

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Answer 2

Question

Chapter 46, Problem 63A

To determine

(a)

The values of pitch diameter.

Expert Solution

Answer to Problem 63A

$25mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Pitch diameter $(D)$ is given by,

$D=mT where m=Module,T=No. of teeth$ .

Using above formula,

$Pitch Diameter(D)=mT⇒Pitch Diameter(D)=2.5×10 mm⇒Pitch Diameter(D)=25 mm.$

Hence, pitch diameter of given spur gear will be $25$ mm.

To determine

(b)

The values of circular pitch of given metric spur gear.

Expert Solution

Answer to Problem 63A

$7.854mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Circular pitch $(Pc)$ is given by,

$Pc=πm where m=Module,T=No. of teeth$ .

Using above formula,

$Circular pitch (Pc)=πm⇒Circular pitch (Pc)=3.14×2.5 mm⇒Circular pitch (Pc)=7.854 mm.$

Hence, circular pitch of given spur gear will be $7.854$ mm.

To determine

(c)

The values of outside diameter of given metric spur gear.

Expert Solution

Answer to Problem 63A

$30mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Outside diameter $(Do)$ is given by,

$D0=D+2m where m=Module,D=Pitch diameter$ .

From part $a$ of this exercise, pitch diameter $D=$

$117$ mm.

Using above formula,

$Outside diamter (D0)=D+2m⇒Outside diamter (D0)=25+2×2.5 mm⇒Outside diamter (D0)=30 mm.$

Hence, outside diameter of given spur gear will be $30$ mm.

To determine

(d)

The values of addendum of given metric spur gear.

Expert Solution

Answer to Problem 63A

$2.5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Addendum $(a)$ of a spur gear is given by,

$a=1.00m where m=Module,a=addendum$ .

Using above formula,

$Addendum(a)=1.00m=1.00×2.5 mm⇒Addendum(a)=2.50 mm$

Hence, addendum of given spur gear will be $2.5$ mm.

To determine

(e)

The values of working depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Working depth $(w)$ of a spur gear is given by,

$w=2m where m=Module,w=working depth$ .

Using above formula,

$Working depth (w)=2m⇒Working depth (w)=2×2.5 mm⇒Working depth (w)=5 mm$

Hence, working depth of given spur gear will be $5$ mm

To determine

(f)

The tooth thickness depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$3.917mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Tooth thickness $(t)$ of a spur gear is given by,

$t=Pc2 where Pc=circular pitch,t=tooth thickness$ .

Using above formula,

$Tooth thickness (t)=Pc2⇒Tooth thickness (t)=7.8542 mm⇒Tooth thickness (t)=3.917 mm$

Hence, tooth thickness of given spur gear will be $3.917$ mm.

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Answer 3

Question

Chapter 46, Problem 63A

To determine

(a)

The values of pitch diameter.

Expert Solution

Answer to Problem 63A

$25mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Pitch diameter $(D)$ is given by,

$D=mT where m=Module,T=No. of teeth$ .

Using above formula,

$Pitch Diameter(D)=mT⇒Pitch Diameter(D)=2.5×10 mm⇒Pitch Diameter(D)=25 mm.$

Hence, pitch diameter of given spur gear will be $25$ mm.

To determine

(b)

The values of circular pitch of given metric spur gear.

Expert Solution

Answer to Problem 63A

$7.854mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Circular pitch $(Pc)$ is given by,

$Pc=πm where m=Module,T=No. of teeth$ .

Using above formula,

$Circular pitch (Pc)=πm⇒Circular pitch (Pc)=3.14×2.5 mm⇒Circular pitch (Pc)=7.854 mm.$

Hence, circular pitch of given spur gear will be $7.854$ mm.

To determine

(c)

The values of outside diameter of given metric spur gear.

Expert Solution

Answer to Problem 63A

$30mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Outside diameter $(Do)$ is given by,

$D0=D+2m where m=Module,D=Pitch diameter$ .

From part $a$ of this exercise, pitch diameter $D=$

$117$ mm.

Using above formula,

$Outside diamter (D0)=D+2m⇒Outside diamter (D0)=25+2×2.5 mm⇒Outside diamter (D0)=30 mm.$

Hence, outside diameter of given spur gear will be $30$ mm.

To determine

(d)

The values of addendum of given metric spur gear.

Expert Solution

Answer to Problem 63A

$2.5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Addendum $(a)$ of a spur gear is given by,

$a=1.00m where m=Module,a=addendum$ .

Using above formula,

$Addendum(a)=1.00m=1.00×2.5 mm⇒Addendum(a)=2.50 mm$

Hence, addendum of given spur gear will be $2.5$ mm.

To determine

(e)

The values of working depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Working depth $(w)$ of a spur gear is given by,

$w=2m where m=Module,w=working depth$ .

Using above formula,

$Working depth (w)=2m⇒Working depth (w)=2×2.5 mm⇒Working depth (w)=5 mm$

Hence, working depth of given spur gear will be $5$ mm

To determine

(f)

The tooth thickness depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$3.917mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Tooth thickness $(t)$ of a spur gear is given by,

$t=Pc2 where Pc=circular pitch,t=tooth thickness$ .

Using above formula,

$Tooth thickness (t)=Pc2⇒Tooth thickness (t)=7.8542 mm⇒Tooth thickness (t)=3.917 mm$

Hence, tooth thickness of given spur gear will be $3.917$ mm.

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Answer 4

Question

Chapter 46, Problem 63A

To determine

(a)

The values of pitch diameter.

Expert Solution

Answer to Problem 63A

$25mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Pitch diameter $(D)$ is given by,

$D=mT where m=Module,T=No. of teeth$ .

Using above formula,

$Pitch Diameter(D)=mT⇒Pitch Diameter(D)=2.5×10 mm⇒Pitch Diameter(D)=25 mm.$

Hence, pitch diameter of given spur gear will be $25$ mm.

To determine

(b)

The values of circular pitch of given metric spur gear.

Expert Solution

Answer to Problem 63A

$7.854mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Circular pitch $(Pc)$ is given by,

$Pc=πm where m=Module,T=No. of teeth$ .

Using above formula,

$Circular pitch (Pc)=πm⇒Circular pitch (Pc)=3.14×2.5 mm⇒Circular pitch (Pc)=7.854 mm.$

Hence, circular pitch of given spur gear will be $7.854$ mm.

To determine

(c)

The values of outside diameter of given metric spur gear.

Expert Solution

Answer to Problem 63A

$30mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Outside diameter $(Do)$ is given by,

$D0=D+2m where m=Module,D=Pitch diameter$ .

From part $a$ of this exercise, pitch diameter $D=$

$117$ mm.

Using above formula,

$Outside diamter (D0)=D+2m⇒Outside diamter (D0)=25+2×2.5 mm⇒Outside diamter (D0)=30 mm.$

Hence, outside diameter of given spur gear will be $30$ mm.

To determine

(d)

The values of addendum of given metric spur gear.

Expert Solution

Answer to Problem 63A

$2.5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Addendum $(a)$ of a spur gear is given by,

$a=1.00m where m=Module,a=addendum$ .

Using above formula,

$Addendum(a)=1.00m=1.00×2.5 mm⇒Addendum(a)=2.50 mm$

Hence, addendum of given spur gear will be $2.5$ mm.

To determine

(e)

The values of working depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Working depth $(w)$ of a spur gear is given by,

$w=2m where m=Module,w=working depth$ .

Using above formula,

$Working depth (w)=2m⇒Working depth (w)=2×2.5 mm⇒Working depth (w)=5 mm$

Hence, working depth of given spur gear will be $5$ mm

To determine

(f)

The tooth thickness depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$3.917mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Tooth thickness $(t)$ of a spur gear is given by,

$t=Pc2 where Pc=circular pitch,t=tooth thickness$ .

Using above formula,

$Tooth thickness (t)=Pc2⇒Tooth thickness (t)=7.8542 mm⇒Tooth thickness (t)=3.917 mm$

Hence, tooth thickness of given spur gear will be $3.917$ mm.

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Answer 5

Chapter 46, Problem 63A

To determine

(a)

The values of pitch diameter.

Expert Solution

Answer to Problem 63A

$25mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Pitch diameter $(D)$ is given by,

$D=mT where m=Module,T=No. of teeth$ .

Using above formula,

$Pitch Diameter(D)=mT⇒Pitch Diameter(D)=2.5×10 mm⇒Pitch Diameter(D)=25 mm.$

Hence, pitch diameter of given spur gear will be $25$ mm.

To determine

(b)

The values of circular pitch of given metric spur gear.

Expert Solution

Answer to Problem 63A

$7.854mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Circular pitch $(Pc)$ is given by,

$Pc=πm where m=Module,T=No. of teeth$ .

Using above formula,

$Circular pitch (Pc)=πm⇒Circular pitch (Pc)=3.14×2.5 mm⇒Circular pitch (Pc)=7.854 mm.$

Hence, circular pitch of given spur gear will be $7.854$ mm.

To determine

(c)

The values of outside diameter of given metric spur gear.

Expert Solution

Answer to Problem 63A

$30mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Outside diameter $(Do)$ is given by,

$D0=D+2m where m=Module,D=Pitch diameter$ .

From part $a$ of this exercise, pitch diameter $D=$

$117$ mm.

Using above formula,

$Outside diamter (D0)=D+2m⇒Outside diamter (D0)=25+2×2.5 mm⇒Outside diamter (D0)=30 mm.$

Hence, outside diameter of given spur gear will be $30$ mm.

To determine

(d)

The values of addendum of given metric spur gear.

Expert Solution

Answer to Problem 63A

$2.5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Addendum $(a)$ of a spur gear is given by,

$a=1.00m where m=Module,a=addendum$ .

Using above formula,

$Addendum(a)=1.00m=1.00×2.5 mm⇒Addendum(a)=2.50 mm$

Hence, addendum of given spur gear will be $2.5$ mm.

To determine

(e)

The values of working depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Working depth $(w)$ of a spur gear is given by,

$w=2m where m=Module,w=working depth$ .

Using above formula,

$Working depth (w)=2m⇒Working depth (w)=2×2.5 mm⇒Working depth (w)=5 mm$

Hence, working depth of given spur gear will be $5$ mm

To determine

(f)

The tooth thickness depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$3.917mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Tooth thickness $(t)$ of a spur gear is given by,

$t=Pc2 where Pc=circular pitch,t=tooth thickness$ .

Using above formula,

$Tooth thickness (t)=Pc2⇒Tooth thickness (t)=7.8542 mm⇒Tooth thickness (t)=3.917 mm$

Hence, tooth thickness of given spur gear will be $3.917$ mm.

Answer 6

Chapter 46, Problem 63A

To determine

(a)

The values of pitch diameter.

Expert Solution

Answer to Problem 63A

$25mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Pitch diameter $(D)$ is given by,

$D=mT where m=Module,T=No. of teeth$ .

Using above formula,

$Pitch Diameter(D)=mT⇒Pitch Diameter(D)=2.5×10 mm⇒Pitch Diameter(D)=25 mm.$

Hence, pitch diameter of given spur gear will be $25$ mm.

Answer 7

Chapter 46, Problem 63A

To determine

(a)

The values of pitch diameter.

Answer 8

Expert Solution

Answer to Problem 63A

$25mm$

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Pitch diameter $(D)$ is given by,

$D=mT where m=Module,T=No. of teeth$ .

Using above formula,

$Pitch Diameter(D)=mT⇒Pitch Diameter(D)=2.5×10 mm⇒Pitch Diameter(D)=25 mm.$

Hence, pitch diameter of given spur gear will be $25$ mm.

Answer 13

To determine

(b)

The values of circular pitch of given metric spur gear.

Expert Solution

Answer to Problem 63A

$7.854mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Circular pitch $(Pc)$ is given by,

$Pc=πm where m=Module,T=No. of teeth$ .

Using above formula,

$Circular pitch (Pc)=πm⇒Circular pitch (Pc)=3.14×2.5 mm⇒Circular pitch (Pc)=7.854 mm.$

Hence, circular pitch of given spur gear will be $7.854$ mm.

Answer 14

To determine

(b)

The values of circular pitch of given metric spur gear.

Answer 15

Expert Solution

Answer to Problem 63A

$7.854mm$

Answer 16

Expert Solution

Answer 17

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Circular pitch $(Pc)$ is given by,

$Pc=πm where m=Module,T=No. of teeth$ .

Using above formula,

$Circular pitch (Pc)=πm⇒Circular pitch (Pc)=3.14×2.5 mm⇒Circular pitch (Pc)=7.854 mm.$

Hence, circular pitch of given spur gear will be $7.854$ mm.

Answer 20

To determine

(c)

The values of outside diameter of given metric spur gear.

Expert Solution

Answer to Problem 63A

$30mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Outside diameter $(Do)$ is given by,

$D0=D+2m where m=Module,D=Pitch diameter$ .

From part $a$ of this exercise, pitch diameter $D=$

$117$ mm.

Using above formula,

$Outside diamter (D0)=D+2m⇒Outside diamter (D0)=25+2×2.5 mm⇒Outside diamter (D0)=30 mm.$

Hence, outside diameter of given spur gear will be $30$ mm.

Answer 21

To determine

(c)

The values of outside diameter of given metric spur gear.

Answer 22

Expert Solution

Answer to Problem 63A

$30mm$

Answer 23

Expert Solution

Answer 24

Expert Solution

Answer 25

Expert Solution

Answer 26

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Outside diameter $(Do)$ is given by,

$D0=D+2m where m=Module,D=Pitch diameter$ .

From part $a$ of this exercise, pitch diameter $D=$

$117$ mm.

Using above formula,

$Outside diamter (D0)=D+2m⇒Outside diamter (D0)=25+2×2.5 mm⇒Outside diamter (D0)=30 mm.$

Hence, outside diameter of given spur gear will be $30$ mm.

Answer 27

To determine

(d)

The values of addendum of given metric spur gear.

Expert Solution

Answer to Problem 63A

$2.5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Addendum $(a)$ of a spur gear is given by,

$a=1.00m where m=Module,a=addendum$ .

Using above formula,

$Addendum(a)=1.00m=1.00×2.5 mm⇒Addendum(a)=2.50 mm$

Hence, addendum of given spur gear will be $2.5$ mm.

Answer 28

To determine

(d)

The values of addendum of given metric spur gear.

Answer 29

Expert Solution

Answer to Problem 63A

$2.5mm$

Answer 30

Expert Solution

Answer 31

Expert Solution

Answer 32

Expert Solution

Answer 33

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Addendum $(a)$ of a spur gear is given by,

$a=1.00m where m=Module,a=addendum$ .

Using above formula,

$Addendum(a)=1.00m=1.00×2.5 mm⇒Addendum(a)=2.50 mm$

Hence, addendum of given spur gear will be $2.5$ mm.

Answer 34

To determine

(e)

The values of working depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$5mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Working depth $(w)$ of a spur gear is given by,

$w=2m where m=Module,w=working depth$ .

Using above formula,

$Working depth (w)=2m⇒Working depth (w)=2×2.5 mm⇒Working depth (w)=5 mm$

Hence, working depth of given spur gear will be $5$ mm

Answer 35

To determine

(e)

The values of working depth of given metric spur gear.

Answer 36

Expert Solution

Answer to Problem 63A

$5mm$

Answer 37

Expert Solution

Answer 38

Expert Solution

Answer 39

Expert Solution

Answer 40

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Working depth $(w)$ of a spur gear is given by,

$w=2m where m=Module,w=working depth$ .

Using above formula,

$Working depth (w)=2m⇒Working depth (w)=2×2.5 mm⇒Working depth (w)=5 mm$

Hence, working depth of given spur gear will be $5$ mm

Answer 41

To determine

(f)

The tooth thickness depth of given metric spur gear.

Expert Solution

Answer to Problem 63A

$3.917mm$

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Tooth thickness $(t)$ of a spur gear is given by,

$t=Pc2 where Pc=circular pitch,t=tooth thickness$ .

Using above formula,

$Tooth thickness (t)=Pc2⇒Tooth thickness (t)=7.8542 mm⇒Tooth thickness (t)=3.917 mm$

Hence, tooth thickness of given spur gear will be $3.917$ mm.

Answer 42

To determine

(f)

The tooth thickness depth of given metric spur gear.

Answer 43

Expert Solution

Answer to Problem 63A

$3.917mm$

Answer 44

Expert Solution

Answer 45

Expert Solution

Answer 46

Expert Solution

Answer 47

Explanation of Solution

Given information:

$Module(m)=2.5mm;No of teeth (T)=10$

Calculation:

Tooth thickness $(t)$ of a spur gear is given by,

$t=Pc2 where Pc=circular pitch,t=tooth thickness$ .

Using above formula,

$Tooth thickness (t)=Pc2⇒Tooth thickness (t)=7.8542 mm⇒Tooth thickness (t)=3.917 mm$

Hence, tooth thickness of given spur gear will be $3.917$ mm.

Answer 48

Ch. 46 - Prob. 1A Ch. 46 - Prob. 2A Ch. 46 - Prob. 3A Ch. 46 - Prob. 4A Ch. 46 - Prob. 5A Ch. 46 - Read the setting on the following 0.001-inch...Ch. 46 - Prob. 7A Ch. 46 - Refer to the Decimal-Inch Spur Gears Table under...Ch. 46 - Prob. 9A Ch. 46 - Prob. 10A

(a) The values of pitch diameter.

Videos

(a)

The values of pitch diameter.

Answer to Problem 63A

Explanation of Solution

(b)

The values of circular pitch of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(c)

The values of outside diameter of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(d)

The values of addendum of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(e)

The values of working depth of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(f)

The tooth thickness depth of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

Want to see more full solutions like this?

Chapter 46 Solutions

(a) The values of pitch diameter.

Videos

(a) The values of pitch diameter.

Answer to Problem 63A

Explanation of Solution

(b) The values of circular pitch of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(c) The values of outside diameter of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(d) The values of addendum of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(e) The values of working depth of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

(f) The tooth thickness depth of given metric spur gear.

Answer to Problem 63A

Explanation of Solution

Want to see more full solutions like this?

Chapter 46 Solutions

(a)

The values of pitch diameter.

(b)

The values of circular pitch of given metric spur gear.

(c)

The values of outside diameter of given metric spur gear.

(d)

The values of addendum of given metric spur gear.

(e)

The values of working depth of given metric spur gear.

(f)

The tooth thickness depth of given metric spur gear.