5. A wheel is used to turn a valve stem on a water valve. The wheel radius is 4 inches and the axle radius is .25 inches. Wheel 4in Radius Valve Stem 0.25in Radius What is the mechanical advantage of the wheel and axle? þ. How much resistance force can be overcome when anmefrort of 6 Ibs is applied to the wheel of the water valve in this problem?

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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A Unit 4: Learning Cycle 3: Simple x
E Mechanical Advantage-Google x
D Afrobeatx Afroswing x Danceha x
oogle.com/document/d/1okY5rWmMz5Vd-YFU_hfJWhfGwpRCjlfo7T64xInJcmo/edit
A Atherosclorosis
O science project 8th...
B Tobiloba Aderemi -.
Clever logo
ConnectEdSingle si. A 38
ntage
ert Format Tools Add-ons Help
Last edit was seconds ago
Normal text
Verdana
9.4 + B I UA
3
5. A wheel is used to turn a valve stem on a
water valve.
The wheel radius is 4 inches and the axle radius is .25
inches.
a.
Wheel
4in Radius
Valve Sterm
0.25in Radius
What is the mechanical advantage of the wheel and axle?
þ. How much resistance force can be overcome when ameffort of 6 Ibs is applied to the wheel of
the water valve in this problem?
6. A mechanic uses a screwdriver with a handle diameter of 1,5" to install a X-20 UNC bolt into a mechanical brace. What
is the mechanical advantage of the system? What is the resistance force if the effort force is 5 Ibs?
Transcribed Image Text:A Unit 4: Learning Cycle 3: Simple x E Mechanical Advantage-Google x D Afrobeatx Afroswing x Danceha x oogle.com/document/d/1okY5rWmMz5Vd-YFU_hfJWhfGwpRCjlfo7T64xInJcmo/edit A Atherosclorosis O science project 8th... B Tobiloba Aderemi -. Clever logo ConnectEdSingle si. A 38 ntage ert Format Tools Add-ons Help Last edit was seconds ago Normal text Verdana 9.4 + B I UA 3 5. A wheel is used to turn a valve stem on a water valve. The wheel radius is 4 inches and the axle radius is .25 inches. a. Wheel 4in Radius Valve Sterm 0.25in Radius What is the mechanical advantage of the wheel and axle? þ. How much resistance force can be overcome when ameffort of 6 Ibs is applied to the wheel of the water valve in this problem? 6. A mechanic uses a screwdriver with a handle diameter of 1,5" to install a X-20 UNC bolt into a mechanical brace. What is the mechanical advantage of the system? What is the resistance force if the effort force is 5 Ibs?
A Unit 4: Learning Cycle 3: Simple x
E Mechanical Advantage -Google x
Afrobeat x Afroswing:
oogle.com/document/d/1okY5rWmMz5Vd-YFU_hfJWhfGwpRCjifo7T64xInJcmo/edit
Atherosclorosis
O science project 8th...
E Tobiloba Aderemi -
Clever logo
ConnectEd
ntage
ert Format Tools Add-ons Help
Last edit was 33 minutes ago
三1
= E - E
Ima
3
3. You wish to lift a 12,000 Ib stone by a vertical distance
of 15 ft. Unfortunately, you can only generate a maximum
12,000bs
pushing force of 2,000 lb.
a. What is the amount of work you must input
in order to move the stone?
b. what is the actual mechan.cal advantage (AMA) required bya machine to complete the work above?
Transcribed Image Text:A Unit 4: Learning Cycle 3: Simple x E Mechanical Advantage -Google x Afrobeat x Afroswing: oogle.com/document/d/1okY5rWmMz5Vd-YFU_hfJWhfGwpRCjifo7T64xInJcmo/edit Atherosclorosis O science project 8th... E Tobiloba Aderemi - Clever logo ConnectEd ntage ert Format Tools Add-ons Help Last edit was 33 minutes ago 三1 = E - E Ima 3 3. You wish to lift a 12,000 Ib stone by a vertical distance of 15 ft. Unfortunately, you can only generate a maximum 12,000bs pushing force of 2,000 lb. a. What is the amount of work you must input in order to move the stone? b. what is the actual mechan.cal advantage (AMA) required bya machine to complete the work above?
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Note:- Hi! Thank you for the question As per the honor code, We’ll answer the first question since the exact one wasn’t specified. Please submit a new question by specifying the one you’d like answered in the remaining questions.

For question no. 5:-

Given:-

The radius of the wheel = 4 inches

The axle radius = 0.25 inches

The magnitude of the effort applied = 6 lbs

 To determine:-

a) The mechanical advantage of the wheel and axle

b) How much resistance force can be overcome 

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