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Practice Speaking: Read Aloud
ID: #34708
Long Nebular Hypothesis
Instructions
Look at the text below. In 40 seconds, you must read this text aloud as naturally and as clearly as possible. You have 40 seconds to read aloud.
The most widely accepted model for planet formation, known as the nebular hypothesis, begins with a swirling disc of gas and dust left over material from the birth of a nearby star. At some point in time, gravity triumphs over the pressure supporting this cosmic dust, which then starts to rotate, quickly collapsing under its own gravity.
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Explanation:
The most widely accepted model for planet formation, known as the nebular hypothesis, begins with a swirling disc of gas and dust left over material from the birth of a nearby star. At some point in time, gravity triumphs over the pressure supporting this cosmic dust, which then starts to rotate, quickly collapsing under its own gravity.
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Explanation
The most widely accepted model for planet formation, known as the nebular hypothesis, begins with a swirling disc of gas and dust left over material from the birth of a nearby star. At some point in time, gravity triumphs over the pressure supporting this cosmic dust, which then starts to rotate, quickly collapsing under its own gravity.
Words in Bold -> Plosives
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