Sentences: common errors

 

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Introduction 

In brief    There are three errors that are frequently made in sentence construction in academic and professional writing. In this module you will learn to identify and rectify:

sentences with comma splices

run-on sentences and

sentence fragments.

When proof-reading your drafts if you find such errors recast your work.

Before proceeding with this module, you may want to visit  'Sentences: basic definitions'  which presents some useful definitions that help us to understand conventions of English sentence structures and provides a good introduction to some of the terms used in this module.

 

Comma splice errors

Error 1.    Comma splice errors (sometimes called ‘comma faults’) occur when a comma (,) is placed between two independent clauses.

incorrect: Supplies of liquid fuels are diminishing, an alternative transport fuel is natural gas.
remedy: This error can be fixed by changing the comma to a fullstop (.) which creates two separate sentences.
correct: Supplies of liquid fuels are diminishing. An alternative transport fuel is natural gas.
other remedies

Supplies of liquid fuels are diminishing; an alternative transport fuel is natural gas.

Supplies of liquid fuels are diminishing; however, an alternative transport fuel is natural gas.

Even though supplies of liquid fuels are diminishing, an alternative transport fuel is natural gas.

An alternative transport fuel is natural gas even though supplies of  liquid fuels are diminishing,

Self-check 1

Read the following carefully. For each example indicate if it is correct, or if there is a comma splice error.

Sentence

Answer

Result

1. A body on which no external force is acting is called a ‘free body’, experiments concerning such bodies are summarised in Newton’s First Law.
2. Since it expresses the tendency of bodies to maintain their original state of motion, Newton's First Law is also known as the Law of Inertia.
3. The First Law plays a duel role, it is a law of nature as well as a definition of what is meant by an inertial reference frame.
4. Any two inertial reference frames can differ only by some constant relative velocity, they cannot differ by an acceleration.
5. The force on a particle can be calculated as a product of its mass and acceleration, the mass of a body increases with increasing velocity according to Einstein's Law of Relativity.

                                                                                                                                         
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© 2001 Victoria University, Janis Webb.
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