Workableness: meaning, definitions and examples

Used to describe how well something can be implemented or put into practice. It focuses on practical aspects and effectiveness in real-life scenarios.

• The team debated the workableness of the new software feature in the meeting

Commonly used in planning and assessment phases when determining if an idea, plan, or project can be successfully accomplished. Feasibility often considers resources, time, and likelihood of success.

• Before launching the project, we need to conduct a feasibility study

Refers to whether something is practical and can be done easily or conveniently. It is often used when discussing whether an idea can be implemented in a straightforward and uncomplicated manner.

• The practiability of the new process was questioned by the employees

Used to describe whether something is capable of working successfully or sustaining itself over the long term. Often connected to business, projects, and plans.

• The viability of the new startup depends heavily on investor interest

This term is used to describe the degree to which a material or project can be easily worked on or shaped without breaking. Often used in technical or industrial contexts.

• The workableness of the metal allowed the workers to shape it into intricate designs
• The workableness of our new software made the project easier than expected

This word is used to describe the capacity of a material to be hammered, rolled, or pressed into different shapes without breaking or cracking. It is often used in metallurgy.

• Gold's malleability makes it ideal for crafting jewelry
• The malleability of the clay allowed the artist to create an intricate sculpture

This term is used to describe how flexible or bendable a material is. It can also be used metaphorically to describe the flexibility of ideas, plans, or individuals.

• The fabric's pliability makes it perfect for tailoring clothes
• Her pliability in negotiations helped us reach an agreement quickly

This term is typically used in materials science and engineering to describe the ability of a material to be stretched into a wire without breaking. Applicable to metals and other malleable materials.

• Copper is highly valued for its ductility, making it perfect for electrical wiring
• The steel showed superior ductility, allowing it to be drawn into thin wires