Question

report of types of cone clutches and their uses

Answer #1

Types of clutch

1. Friction clutch

1. Single plate clutch

2. Multiplate clutch

1. Wet

2. Dry

3. Cone clutch

1. External

2. Internal

2. Centrifugal Clutch

3. Semi-centrifugal clutch

4. Conical spring clutch or Diaphragm clutch

1. Tapered finger type

2. Crown spring type

5. Positive clutch

1. Dog clutch

2. Spline Clutch

6. Hydraulic clutch

7. Electromagnetic clutch

8. Vacuum clutch

9. Overrunning clutch or freewheel unit

Cone Clutch

Internal

External

Parts of Cone Clutch

1. Female Cone

2. Male Cone

3. Bearing

4. Splines

5. Springs

6. Clutch Shaft

7. Friction Lining

Advantages

1) Normal force acting on contact surface is greater than the
axial force.

2) Higher torque can be transferred than the same size of plate
clutch due to large amount of frictional force involved.

3) It creates less noise than plate clutch.

4) Less wear and tear as compared to displacement clutch.

Uses

1) Cone clutches are used in heavy vehicles as they can transmit
high torque.

2) Cone clutches are used is racing boats.

3) Cone clutch is also used in extreme off-road vehicles.

4) It is also used in low peripheral speed applications.

5) It is also used as a synchronizer in various manual
transmissions.

FORM 706SCHEDULE A IS USED TO REPORT WHICH OF THE FOLLOWING
TYPES OF PROPERTY

Write a report about the definition of a waveguide. Define the
types of waveguides and the areas in which the waveguides are
used.

Find the cone with the largest volume using 25 square units of
material.(yes the cone has a ”cap” so don’t forget the disc in your
formula.) Hint: Lagrange Multipliers

What are the different types of accounts a company
uses? Discuss with examples.

write a report about (Types of business forms based on Saudi
law) 1000 word

A circular cone is 10 cm wide at the base and has a slant height
of 8.5 cm. Determine:
a. Volume of the cone =
b. Total surface area of the cone =
c. The angle the slant height makes with the base diameter =
d. The cylinder shown here has the same height and base radius
as the cone, by what percent the volume of
the cylinder exceeds the volume of the cone?

The radius and the height of a circular cone was measured and
found to be 10 cm and 30 cm with possible errors in measurement of
at most 0.1 cm and 0.05 cm respectively. What is the largest
possible error in using these values to compute the volume of the
cone?

Extinguishment of Bonds Prior to Maturity
On December 1, 2014, Cone Company issued its 10%, $480,000 face
value bonds for $560,000, plus accrued interest. Interest is
payable on November 1 and May 1. On December 31, 2016, the book
value of the bonds, inclusive of the unamortized premium, was
$510,000. On July 1, 2017, Cone reacquired the bonds at 98 plus
accrued interest. Cone appropriately uses the straight-line method
for the amortization because the results do not materially differ
from...

Suppose Aaron is pumping water into tank, shaped like an
inverted circular cone, at a rate of 1600ft^3/min. If the altitude
of the cone is 10ft and the radius of the base of the cone is 5ft,
find the rate at which the radius of the liquid is changing when
the height of the liquid is 7ft.

A paper cup in the shape of a cone with height 5 cm and radius 3
cm with the point of the cone at the bottom. A small leak develops
in the cup causing water to leak out at a rate of 0.1
cm3/s. Find the rate at which the height of the water in
the cup changes when the depth of the water is 2 cm. Recall that
the volume of a cone is v=1/3(pi)(r2)h

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