A student claims that hitting a tennis ball across the court is an example of balanced forces. Is he correct?(1 point) Responses No, because equal forces act on the ball from all sides. No, because equal forces act on the ball from all sides. Yes, because the force in the direction of the ball’s motion is greater. Yes, because the force in the direction of the ball’s motion is greater. Yes, because equal forces act on the ball from all sides. Yes, because equal forces act on the ball from all sides. No, because the force in the direction of the ball’s motion is greater. No, because the force in the direction of the ball’s motion is greater.
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No, because the force in the direction of the ball’s motion is greater.
Without being able to see the graph, I am unable to determine which statement is true. Please provide the graph so that I can provide an accurate response.
The distance traveled and the time spent are required to measure average speed.
The graph below depicts an object’s distance traveled over several intervals of time. Which option correctly lists the motion of the object for each time interval? (1 point) Responses interval AB → no motion interval BC → decreasing speed interval CD → constant speed interval DE → acceleration interval AB → no motion interval BC → decreasing speed interval CD → constant speed interval DE → acceleration interval AB → constant speed interval BC → decreasing speed interval CD → constant speed interval DE → increasing speed interval AB → constant speed interval BC → decreasing speed interval CD → constant speed interval DE → increasing speed interval AB → no motion interval BC → constant speed interval CD → no motion interval DE → acceleration interval AB → no motion interval BC → constant speed interval CD → no motion interval DE → acceleration interval AB → constant speed interval BC → acceleration interval CD → constant speed interval DE → no motion
interval AB → no motion
interval BC → decreasing speed
interval CD → constant speed
interval DE → acceleration