Podcast
Questions and Answers
What is a characteristic of scalar quantities?
What is a characteristic of scalar quantities?
- They have both magnitude and direction.
- They possess only magnitude. (correct)
- They are only used in vector calculations.
- They can only be negative values.
How would you calculate the total mass of a climber and their backpack?
How would you calculate the total mass of a climber and their backpack?
- By adding the masses together. (correct)
- By multiplying the masses together.
- By dividing the masses.
- By taking the average of the masses.
What is the increase in temperature if a room is heated from 12°C to 21°C?
What is the increase in temperature if a room is heated from 12°C to 21°C?
- 8°C
- 3°C
- 9°C (correct)
- 7°C
When adding scalar quantities, what method should be used?
When adding scalar quantities, what method should be used?
Which statement correctly describes how scalar quantities can be manipulated?
Which statement correctly describes how scalar quantities can be manipulated?
Flashcards
Scalar quantities characteristic?
Scalar quantities characteristic?
They possess only magnitude, lacking directional components.
Calculating total mass?
Calculating total mass?
Adding the individual masses together gives the total mass.
Calculating temperature increase?
Calculating temperature increase?
The increase in temperature is the final temperature minus the initial temperature. (21°C - 12°C)
Adding scalar quantities?
Adding scalar quantities?
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Manipulating scalar quantities?
Manipulating scalar quantities?
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Vector vs scalar quantities?
Vector vs scalar quantities?
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Visualizing vector magnitude?
Visualizing vector magnitude?
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Scalar quantities vs vector quantities?
Scalar quantities vs vector quantities?
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When to use vector quantities?
When to use vector quantities?
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Representing vector quantities?
Representing vector quantities?
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Resultant force (same direction)?
Resultant force (same direction)?
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Resultant force (opposing)?
Resultant force (opposing)?
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When to use a Free body diagram?
When to use a Free body diagram?
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Resultant force with opposing forces?
Resultant force with opposing forces?
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Representing vector quantities?
Representing vector quantities?
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