A) Vernier caliper

B) Compass

C) Protractor

D) Divider

A) T-square

B) French curve

C) Compass

D) Scale ruler

A) To protect the paper from ink smudges

B) To provide a straight edge for erasing

C) To shield areas while erasing precisely

D) To measure distances accurately

A) T-square

B) Compass

C) French curve

D) Protractor

A) Protractor

B) Compass

C) T-square

D) Divider

A) Compass

B) Scale ruler

C) French curve

D) Protractor

A) To provide a smooth surface for drawing

B) To store drawing tools

C) To display finished drawings

D) To sharpen pencils

A) Sharpen with a knife

B) Store in a damp place

C) Clean with water

D) Keep in direct sunlight

A) Water

B) Sandpaper

C) Oil or lubricant

D) Soap and detergent

A) Folded

B) Rolled

C) Exposed to sunlight

D) Stored with heavy objects on top

A) Using it as a straightedge

B) Keeping it in a bent position

C) Using it for drawing arcs

D) Cleaning it with a wet cloth

A) Storing it in a humid environment

B) Using it for measuring only

C) Keeping the joints tight and lubricated

D) Leaving the pencil lead exposed

A) Wrapped in a damp cloth

B) Stored in direct sunlight

C) In a cool, dry place

D) With the protective cover removed

A) Store them with the blade exposed

B) Use them for cutting paper

C) Sharpen them regularly

D) Keep them in a wet environment

A) Once a month

B) Only when visibly dirty

C) Before every use

D) Once a year

A) Color of the tools

B) Brand name

C) Condition and functionality

D) Packaging material

A) To determine their price

B) To identify any missing items

C) To learn about their history

D) To showcase them to colleagues

A) Appearance

B) Weight

C) Sound

D) Material composition

A) Color

B) Brand logo

C) Calibration and alignment

D) Packaging design

A) Aesthetic appeal

B) Serial numbers

C) Material quality and construction

D) User reviews

A) To check the manufacturer's address

B) To identify the item's color

C) To ensure the items are securely packed and undamaged

D) To read the promotional messages

A) To compare prices

B) To determine the age of the equipment

C) To verify its authenticity and specifications

D) To learn about the manufacturer's history

A) To determine the market value of the items

B) To showcase the items to colleagues

C) To document the condition and functionality of the received items

D) To rate the quality of the items

A) Occupational health and safety are secondary concerns that can be addressed after project completion.

B) Implementing comprehensive safety training programs, conducting regular safety inspections, and enforcing strict adherence to safety protocols are essential for maintaining occupational health and safety.

C) Occupational health and safety responsibilities solely lie with the employees, and management has no role in ensuring a safe work environment.

D) Occasional safety briefings are sufficient to address all potential hazards and risks in the workplace.

A) Price

B) Serial numbers

C) Quantity discrepancies

D) Manufacturer details

A) To showcase the aesthetic appeal

B) To compare with online images

C) To provide visual evidence of the condition of the items

D) To create a collage for presentation

A) Introduction

B) Conclusion and recommendations

C) Methodology

D) Brand and model details

A) Brand popularity

B) Appearance and design

C) Accuracy and resolution

D) Cost and availability

A) Color options

B) Material durability

C) Range of diameters

D) Brand reputation

A) Weight

B) Display readability

C) Color

D) Grip comfort

A) Area=Length+WidthArea=Length+Width

B) Area=Length×WidthArea=Length×Width

C) Area=LengthWidthArea=WidthLength​

D) Area=Length−WidthArea=Length−Width

A) Volume = π × Radius² × Height

B) Volume = $$\frac{1}{3}$$ × π × Radius² × Height

C) Volume = 2 × π × Radius × Height

D) Volume= π × Radius × Height

A) Diagonal = $$\sqrt[]{2}$$ × Side Length

B) Diagonal = $$\sqrt[]{3}$$ × Side Length

C) Diagonal = $$\frac{Side\ length}{\sqrt[]{2}}$$

D) Diagonal= 2 × Side Length

A) Measure

B) Dimension

C) Not to scale

D) Centerline

A) Diameter

B) Depth

C) Distance

D) Dimension

A) Time

B) Quantity or value

C) Distance

D) Area

A) Understanding the drawing is only essential for quality control after completion.

B) Accurate interpretation ensures that the assembly meets safety standards and functional requirements.

C) The drawing is primarily for decoration and does not influence the assembly process.

D) The drawing is a rough guide; adjustments can be made during the assembly process.

A) Identifying hazards is unnecessary as safety protocols can be implemented later.

B) Addressing hazards during the planning stage ensures a safer work environment and reduces the risk of accidents during implementation.

C) Hazards identified in the drawing are merely suggestions and can be ignored based on experience.

D) Hazards are subjective; what one person considers risky may not be hazardous for another.

A) Evaluating hazards is a formality; implementing controls is unnecessary and time-consuming.

B) Effective evaluation and control of hazards ensure the safety of personnel, prevent accidents, and minimize potential liabilities.

C) Hazards are inevitable in technical projects and cannot be controlled or mitigated.

D) Controlling hazards is solely the responsibility of the equipment manufacturers.

William A. Platt

Frederick W. Giesecke

Henry Cecil Spencer

Gene R. Cogorno