A) They are primarily used for cutting wires and cables.

B) They offer gripping and manipulating capabilities for various tasks.

C) They are best suited for heavy-duty jobs requiring high torque.

D) They can replace the need for wrenches and screwdrivers in most cases.

A) They measure engine speed and RPM during operation.

B) They ensure proper tightening of bolts and fasteners to specified torque values.

C) They replace the need for standard wrenches for faster tightening.

D) They are only necessary for major engine overhauls.

Heavy-duty work gloves for added gripping power

Safety glasses, gloves, and appropriate footwear

A respirator for protection against engine fumes

All of the above

Improvised solutions using ropes and chains

Lifting equipment with a rated capacity exceeding the component's weight

Relying solely on manpower for all lifting tasks

Using the engine itself as a lifting point for attached components

To have replacement parts readily available for unexpected repairs.

To avoid relying on potentially incompatible parts from other vessels.

To reduce repair costs by bargaining with suppliers for bulk purchases.

Spare parts are readily available at most marinas, eliminating the need for a stock.

Harsh abrasive cleaners that remove all grime and residue

Degreasers, solvents, and cloths specifically designed for marine engines

General household cleaning products readily available at home

Water alone is sufficient for cleaning most engine components

Using standard household electrical connectors for convenience.

Choosing marine-grade connectors designed for water resistance and corrosion protection.

Prioritising low-cost options regardless of their durability in a marine environment.

Selecting connectors based on size and appearance only.

To improve the visual appearance of the engine compartment.

To remove contaminants and ensure optimal engine performance.

Filters only need replacing when they become visibly clogged.

Replacing filters is unnecessary for most recreational marine engines.

To improve the engine's overall aesthetic design.

To create watertight and airtight seals between engine components.

To act as decorative elements to cover up engine parts.

Gaskets are not typically used in modern marine engine designs.

Low viscosity for easy application and reduced friction.

High viscosity to create a thick film for maximum protection.

Anti-corrosion properties to protect metal components from saltwater exposure.

All of the above

To enhance the engine's soundproofing capabilities.

To prevent leaks of fluids such as oil, coolant, and exhaust gases.

To act as decorative elements to improve the engine's visual appeal.

All of the above