Categorize the following into scalar and vector quantity's.
Jona carried the fridge with a force of 3000N upward on his shoulder until he got home.
He threw the baseball 85 miles per hour.
The sprinter clocked in running 30mph east.
The beaker has a volume of 500ml.
The time is 2:30pm.
Scalar Quantity (mangitude/size only)
Vector Quantity (magnitude/size and direction)
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Question 6
6.
Mikes room temperature. Which of these descriptions describes temperature in terms of a vector quantity (a quantity with size and direction)?
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Question 7
7.
Surfs up. Which of these descriptions are vector quantities?
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Question 8
8.
"Jonathan measured the wall in his room to be 9 and ¾ feet."
Why is this statement not a vector?
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Question 9
9.
Objects always go in the direction of the ______ vector arrow.
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Question 10
10.
Vector arrows with the same direction can be _____ together.
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Question 11
11.
Vector arrows with opposite directions must be ________ from each other.
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Question 12
12.
For each question, add (same direction arrows) and subtract (opposite direction arrows) to get the units. Then draw the correct arrow direction and size associated with the units.
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Question 13
13.
For each question, add (same direction arrows) and subtract (opposite direction arrows) to get the units. Then draw the correct arrow direction and size associated with the units.
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Question 14
14.
Which of these would be the correct vector after adding and subtracting?
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Question 15
15.
Which of these would be the correct vector after adding and subtracting?
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Question 16
16.
Messi is a beast!!! Draw a displacement line from Messi to where he is after making the goal.
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Question 17
17.
Draw the line of displacement of Rigby and Mordecai’s lawn mowing path.
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Question 18
18.
Draw the lines of displacement and label them appropriately!!!
a) Draw the displacement line from B to C (label the line a)
b) Draw the displacement line from C to G (label the line b)
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Question 19
19.
Why is the displacement zero if a person traveled from A to B to C to D to G to F to E and then back to A?