MSSC-M3 MANUFACTURING PROCESSES
EXAM Questions with 100% Correct Answers
Latest Updates 2025 GRADED A+
The measure of the result of work or a process can be defined as .
- Performance Metric
- Work Measurement
- Production Measurement
- Metric Measurement -Ans- performance metric
Productivity can be calculated by the number of parts produced by the time
elapsed during the production. -Ans- Dividing
To remain competitive, manufacturers must be low-cost producers. Is this statement
TRUE or FALSE?
- True
- False -Ans- true
Productivity is a measurement of the efficiency of . -Ans- Production
Speed in delivering products is NOT as important as the other critical success
objectives for manufacturers. Is this statement TRUE or FALSE?
- True
- False -Ans- false
The definition of quality is providing error-free goods and services that meet or exceed
the expectations of the customers. Is this statement TRUE or FALSE?
- True
- False -Ans- true
The formula for productivity is the output of goods divided by what? -Ans- Input of
factors of production
Production efficiency is the standard produced parts divided by the actual produced
parts. How is the standard determined? -Ans- The standard is the calculated amount
produced under ideal conditions
Which critical success objective requires that the manufacturer adapt resources and
processes to meet changing demands? -Ans- flexibility
Complete the Value Added Per Employee formula: Number of products sold X price per
unit ÷ by . -Ans- Number of employees
Productivity is a relative measure. What does this mean? -Ans- It needs to be compared
,to something else to have value.
Value added per employee is a financial measure of how much product was sold vs.
how many employees worked during the period. Is this statement TRUE or FALSE?-
True- False -Ans- true
Which of the following is NOT a reason for measuring machine utilization?
- To keep the machine productive
- To identify employee attendance problems
- To identify ways to decrease production
- To identify downtime problems -Ans- To identify ways to decrease production
Levers are classified as . -Ans - First class, Second class, or Third class
A(n) is produced when the forces applied to a lever cause it to rotate. -
Ans- rotational movement
The mechanical advantage of a second-class lever can be found by the ratio of the
length of the arm divided by the length of the arm. -Ans-
effort, resistance
A spring scale is used to measure . -Ans- force
The mechanical advantage of a first-class lever can be found by the ratio of the length
of the arm divided by the length of the arm. -Ans- effort,
resistance
The English unit of measurement of weight is the . -Ans- pound-force (lb-f)
A second-class lever has its . -Ans- load between the fulcrum and the effort
arm
A is a bar or beam atop a fulcrum that is used to transmit force from one
point to another. -Ans- lever
Mass is the . -Ans- amount of material in an object
The mechanical advantage of a third-class lever can be found by the ratio of the length
of the arm divided by the length of the arm. -Ans- effort,
resistance
The Law of Moments can be used to determine . -Ans- both the force
needed to balance or force needed to move a load
A third-class lever has its . -Ans- effort arm between the fulcrum and the
load
A mechanism refers to . -Ans- both parts or a complete machine
The three common types of mechanisms are levers, , and inclined planes. -
Ans- wheels
, A first class lever can move greater forces if . -Ans- the effort arm is
lengthened and the resistance arm is shortened
The metric system expresses force in . -Ans- newtons
A wheelbarrow is an example of a lever. - Ans- second class
How should the lever shown move? -Ans- counterclockwise
A pair of ice tongs is an example of a lever. -Ans- third-class
A force that makes an object rotate about a point is called . -Ans- torque
Torque is calculated by multiplying a force times . -Ans- distance from the
fulcrum that a force is applied
Which of the following is one of the six mechanism safety rules? -Ans- Keep your work
area safe and clean.
Mechanical advantage is the ratio of the force required to move a load divided by
. -Ans- the effort force applied
The mechanical advantage of an inclined plane is the ratio of the of the
inclined plane divided by its . -Ans- length, height
The coefficient of friction is the ratio of the force of friction divided by the .-
Ans- normal force
The four properties of a cam are: rise, fall, , and constant velocity -Ans-
dwell
What is the mechanical advantage of this incline plane with the object weight and force
need to move it shown? -Ans- 2
The double rocker linkage is one type of linkage. -Ans- four bar
A is often mounted on a shaft by means of a key. -Ans- Cam
A linkage is a system of attached together to transmit energy from one
point to another. -Ans- Bars
A linkage changes rotary motion into reciprocating (back and forth) motion.
-Ans- Slider crank
An inclined plane is a flat surface set at an angle above the . -Ans-
horizontal
EXAM Questions with 100% Correct Answers
Latest Updates 2025 GRADED A+
The measure of the result of work or a process can be defined as .
- Performance Metric
- Work Measurement
- Production Measurement
- Metric Measurement -Ans- performance metric
Productivity can be calculated by the number of parts produced by the time
elapsed during the production. -Ans- Dividing
To remain competitive, manufacturers must be low-cost producers. Is this statement
TRUE or FALSE?
- True
- False -Ans- true
Productivity is a measurement of the efficiency of . -Ans- Production
Speed in delivering products is NOT as important as the other critical success
objectives for manufacturers. Is this statement TRUE or FALSE?
- True
- False -Ans- false
The definition of quality is providing error-free goods and services that meet or exceed
the expectations of the customers. Is this statement TRUE or FALSE?
- True
- False -Ans- true
The formula for productivity is the output of goods divided by what? -Ans- Input of
factors of production
Production efficiency is the standard produced parts divided by the actual produced
parts. How is the standard determined? -Ans- The standard is the calculated amount
produced under ideal conditions
Which critical success objective requires that the manufacturer adapt resources and
processes to meet changing demands? -Ans- flexibility
Complete the Value Added Per Employee formula: Number of products sold X price per
unit ÷ by . -Ans- Number of employees
Productivity is a relative measure. What does this mean? -Ans- It needs to be compared
,to something else to have value.
Value added per employee is a financial measure of how much product was sold vs.
how many employees worked during the period. Is this statement TRUE or FALSE?-
True- False -Ans- true
Which of the following is NOT a reason for measuring machine utilization?
- To keep the machine productive
- To identify employee attendance problems
- To identify ways to decrease production
- To identify downtime problems -Ans- To identify ways to decrease production
Levers are classified as . -Ans - First class, Second class, or Third class
A(n) is produced when the forces applied to a lever cause it to rotate. -
Ans- rotational movement
The mechanical advantage of a second-class lever can be found by the ratio of the
length of the arm divided by the length of the arm. -Ans-
effort, resistance
A spring scale is used to measure . -Ans- force
The mechanical advantage of a first-class lever can be found by the ratio of the length
of the arm divided by the length of the arm. -Ans- effort,
resistance
The English unit of measurement of weight is the . -Ans- pound-force (lb-f)
A second-class lever has its . -Ans- load between the fulcrum and the effort
arm
A is a bar or beam atop a fulcrum that is used to transmit force from one
point to another. -Ans- lever
Mass is the . -Ans- amount of material in an object
The mechanical advantage of a third-class lever can be found by the ratio of the length
of the arm divided by the length of the arm. -Ans- effort,
resistance
The Law of Moments can be used to determine . -Ans- both the force
needed to balance or force needed to move a load
A third-class lever has its . -Ans- effort arm between the fulcrum and the
load
A mechanism refers to . -Ans- both parts or a complete machine
The three common types of mechanisms are levers, , and inclined planes. -
Ans- wheels
, A first class lever can move greater forces if . -Ans- the effort arm is
lengthened and the resistance arm is shortened
The metric system expresses force in . -Ans- newtons
A wheelbarrow is an example of a lever. - Ans- second class
How should the lever shown move? -Ans- counterclockwise
A pair of ice tongs is an example of a lever. -Ans- third-class
A force that makes an object rotate about a point is called . -Ans- torque
Torque is calculated by multiplying a force times . -Ans- distance from the
fulcrum that a force is applied
Which of the following is one of the six mechanism safety rules? -Ans- Keep your work
area safe and clean.
Mechanical advantage is the ratio of the force required to move a load divided by
. -Ans- the effort force applied
The mechanical advantage of an inclined plane is the ratio of the of the
inclined plane divided by its . -Ans- length, height
The coefficient of friction is the ratio of the force of friction divided by the .-
Ans- normal force
The four properties of a cam are: rise, fall, , and constant velocity -Ans-
dwell
What is the mechanical advantage of this incline plane with the object weight and force
need to move it shown? -Ans- 2
The double rocker linkage is one type of linkage. -Ans- four bar
A is often mounted on a shaft by means of a key. -Ans- Cam
A linkage is a system of attached together to transmit energy from one
point to another. -Ans- Bars
A linkage changes rotary motion into reciprocating (back and forth) motion.
-Ans- Slider crank
An inclined plane is a flat surface set at an angle above the . -Ans-
horizontal
