1) A quantity that has both magnitude is described as a..... a) Scalar b) Vector c) Planar 2) Which of the following are scalar qunatities? a) Mass b) Temperature c) Velocity d) Heat e) Work Done f) Displacement 3) A scalar quantity is? a) A quantity that has both magnitude and direction b) A quantity that has direction only c) A quantity that has magnitude only 4) Velocity, acceleration, displacement and force are examples of...? a) Vector quantities b) Scalar quantities 5) When you add parallel vectors you need to do what to find the resultant? a) Pythagoras b) Trigonometry c) Add them together d) Subtract one from the other 6) What is the resultant vector in this scenario a) 39 ms-1 right b) 10ms-1 right c) 11ms-1 right d) 11ms-1 left e) 39ms-1 left 7) If you are finding a resultant vector using trigonometry and pythagoras, what situation will you have? a) Parallel vectors b) Vectors that are not perpendicular c) Vectors that are perpendicular 8) What is the resultant vector in this situation? a) 37.2 N at 15.94 degrees b) 41.2 N at 15.95 degrees c) 36. 4 N at 15.95 degrees

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