1. An assembly line is a manufacturing process in which interchangeable parts ar
ID: 2074253 • Letter: 1
Question
1. An assembly line is a manufacturing process in which interchangeable parts are added to
a product to create ___________.
a. a station
b. an end product
c. a separate module
d. a method
2. ____________limitations can have a big impact on a small business’s blueprint for
introducing or improving assembly line methods.
People
Government
Capital
Professional
3. The ________ assembly methodology is designed to improve throughput by increasing
the efficiency of parallel subassembly lines feeding into the final assembly line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
4. This ________ method has evolved out of increased ability of machines to perform
multiple tasks.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
5. On ________ workers are collected on the inside of the curve and communication is
easier than along the length of a straight line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
6. When choosing an assembly system, it is important to understand the ________ for the
product you’re assembling and how you can justify the costs associated with its process
improvement.
products
goals
workstations
requirements
7. _________ systems are used when their products don’t lend themselves to automation.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
8. _________ are useful for companies that need to improve their manufacturing process,
but aren’t able to completely remove the operator assistance.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
9. Assembly line automation is a process that calls for making use of equipment to manage
________ along the assembly line that were once managed by employees.
quality
tasks
workstations
part flow
10. _________ assembly line is generally one that requires little human input to operate.
Classic
Automated
Intermittent
Lean manufacturing
1. An assembly line is a manufacturing process in which interchangeable parts are added to
a product to create ___________.
a. a station
b. an end product
c. a separate module
d. a method
2. ____________limitations can have a big impact on a small business’s blueprint for
introducing or improving assembly line methods.
People
Government
Capital
Professional
3. The ________ assembly methodology is designed to improve throughput by increasing
the efficiency of parallel subassembly lines feeding into the final assembly line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
4. This ________ method has evolved out of increased ability of machines to perform
multiple tasks.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
5. On ________ workers are collected on the inside of the curve and communication is
easier than along the length of a straight line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
6. When choosing an assembly system, it is important to understand the ________ for the
product you’re assembling and how you can justify the costs associated with its process
improvement.
products
goals
workstations
requirements
7. _________ systems are used when their products don’t lend themselves to automation.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
8. _________ are useful for companies that need to improve their manufacturing process,
but aren’t able to completely remove the operator assistance.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
9. Assembly line automation is a process that calls for making use of equipment to manage
________ along the assembly line that were once managed by employees.
quality
tasks
workstations
part flow
10. _________ assembly line is generally one that requires little human input to operate.
Classic
Automated
Intermittent
Lean manufacturing
1. An assembly line is a manufacturing process in which interchangeable parts are added to
a product to create ___________.
a. a station
b. an end product
c. a separate module
d. a method
2. ____________limitations can have a big impact on a small business’s blueprint for
introducing or improving assembly line methods.
People
Government
Capital
Professional
3. The ________ assembly methodology is designed to improve throughput by increasing
the efficiency of parallel subassembly lines feeding into the final assembly line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
4. This ________ method has evolved out of increased ability of machines to perform
multiple tasks.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
5. On ________ workers are collected on the inside of the curve and communication is
easier than along the length of a straight line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
6. When choosing an assembly system, it is important to understand the ________ for the
product you’re assembling and how you can justify the costs associated with its process
improvement.
products
goals
workstations
requirements
7. _________ systems are used when their products don’t lend themselves to automation.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
8. _________ are useful for companies that need to improve their manufacturing process,
but aren’t able to completely remove the operator assistance.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
9. Assembly line automation is a process that calls for making use of equipment to manage
________ along the assembly line that were once managed by employees.
quality
tasks
workstations
part flow
10. _________ assembly line is generally one that requires little human input to operate.
Classic
Automated
Intermittent
Lean manufacturing
1. An assembly line is a manufacturing process in which interchangeable parts are added to
a product to create ___________.
a. a station
b. an end product
c. a separate module
d. a method
2. ____________limitations can have a big impact on a small business’s blueprint for
introducing or improving assembly line methods.
People
Government
Capital
Professional
3. The ________ assembly methodology is designed to improve throughput by increasing
the efficiency of parallel subassembly lines feeding into the final assembly line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
4. This ________ method has evolved out of increased ability of machines to perform
multiple tasks.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
5. On ________ workers are collected on the inside of the curve and communication is
easier than along the length of a straight line.
a. cell manufacturing
b. modular assembly
c. U-shaped assembly line
d. team production
6. When choosing an assembly system, it is important to understand the ________ for the
product you’re assembling and how you can justify the costs associated with its process
improvement.
products
goals
workstations
requirements
7. _________ systems are used when their products don’t lend themselves to automation.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
8. _________ are useful for companies that need to improve their manufacturing process,
but aren’t able to completely remove the operator assistance.
Manual Semi-automatic
Semi-automated
Fully-automated
Team production
9. Assembly line automation is a process that calls for making use of equipment to manage
________ along the assembly line that were once managed by employees.
quality
tasks
workstations
part flow
10. _________ assembly line is generally one that requires little human input to operate.
Classic
Automated
Intermittent
Lean manufacturing
Explanation / Answer
Ans (1) - A station
Description: In the assembly line there are so many work station,where so many interchangeable parts are added to the final assembly produced.
Ans (2)- capital
Description: To improving assembly line method new technology,new machines high quality labour and other so many things are require for that money play big role.
Ans (3) - c Modular Assembly
Ans (4) -a Cell Manufacturing
Ans (5)-a Cell Manufacturing
Ans (6)- b Goals
Ans (7)-a Manual Semi-automated
Ans (8)-b Semi-automated
Ans (9)-b Tasks
Ans (10)-b Automated
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