Question 1 (1 point) Which statement is true about the type of motion represented by this position-time graph? d (m [E]) 1 (s) O The velocity of the object is decreasing as it moves in an eastward direction. O The velocity of the object is increasing as it moves in an eastward direction. The object is moving in an eastward direction at a constant velocity. O The velocity of the object is increasing as it move in a westward direction.Question 2 (1 point) Bryce leaves his home and walks 600 m due west to the library. He then walks 200 m due east and stops at the pharmacy. Which equation represents Bryce's total displacement? O 600 m [W] - 200 m [E] = 400 m [E] O 600 m [E] + 200 m [E] = 800 m [E] 600 m [W] + 200 m [E] = 800 m [W] 600 m [W] - 200 m [W] = 400 m [WIQuestion 3 (1 point) Sarah jogs 2.5 km [W] and stops to rest. She then jogs 1.0 km [W] and stops at a neighbourhood park. What is Sarah's total displacement? O 1.5km [W] O 2.5km [W] O 2.5km [E] 3.5km [W]Question 4 ['1 point} What is the horizontal component of the vector FED m [E 21\" N]? O 20.0 m [E] O 22.3 m [E] O 22.2 m [E] O 56.1 m [E] Question 5 (1 point) Why can kinematics equations for a projectile be applied separately to the vertical and horizontal components? O Gravity affects horizontal motion the same as it does vertical motion O Horizontal and vertical motions are independent of one another. O The vertical acceleration depends on the initial horizontal speed. Air resistance doesn't affect horizontal motion.Question 6 (1 point) Which of the following is an example of non-uniform velocity? O A speed boat travels straight down a river at a steady 70 km/h. A passenger on a merry-go-round travels in a circle at a speed of 0.9 m/s. O A cheetah runs in a straight path at a constant rate of speed. O An airplane flies in a straight path across the sky at a steady speed of 500 km/h.Question 7' [1 point} Which of the following is an example of a vector quantity? 0 dietance Question 8 (1 point) Which term describes the distance and direction of an object from a reference point? O position O velocity motion acceleration