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Acceleration

Acceleration

Assessment

Flashcard

Science

6th - 8th Grade

Hard

Created by

Barbara White

FREE Resource

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21 questions

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1.

FLASHCARD QUESTION

Front

Motion Noun

[moh-shun]

Back

Motion


The action or process of an object changing its position over a period of time.


Example: A cyclist moving down and up a hill shows motion and acceleration as the position changes over time.

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2.

FLASHCARD QUESTION

Front

Metric Units Noun

[met-rik yoo-nits]

Back

Metric Units


A system of measurement used by the global science community, including units like meters for distance.

Example: The image shows metric units like meter, gram, and liter with prefixes like kilo and milli, explaining their values.
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3.

FLASHCARD QUESTION

Front

Position Noun

[puh-zish-un]

Back

Position


The specific location of an object, often represented by the symbol 'x' in scientific equations.

Example: A cyclist's position changes as they move up and down a hill, showing different locations.
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4.

FLASHCARD QUESTION

Front

Δ (delta) Noun

[del-tuh]

Back

Δ (delta)


The Greek symbol used in science and mathematics to represent a 'change in' a specific quantity.

Example: An object on a slope with arrows shows acceleration, illustrating 'Δ' as change in velocity.
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5.

FLASHCARD QUESTION

Front

Speed Noun

[speed]

Back

Speed


A rate that measures how fast an object is moving, calculated as the change in position over time.

Example: A car moving along a track shows how speed is calculated as distance divided by time.
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6.

FLASHCARD QUESTION

Front

Rate Noun

[rayt]

Back

Rate


A measure of how one quantity changes in relation to another, such as distance per unit of time.

Example: A car travels a certain distance over time, illustrating the rate of speed.
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7.

FLASHCARD QUESTION

Front

Constant Speed Noun

[kon-stunt speed]

Back

Constant Speed


A speed that does not change over time, where an object covers the same distance in every equal interval.

Example: A car moving at a constant speed covers equal distances in equal time intervals, shown with the speed formula.
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