The definition of speed allows finding the answer for the shape of the speed graph of the bee is:
Velocity is defined by the change in position between time in a given interval
[tex]v = \frac{\Delta x}{t}[/tex]
Where v is the velocity, Dx is the change in position and t is the time
In a graph of velocity versus time we have lines with a positive slope when the velocity increases, lines with a negative slope when the velocity decreases, and lines with a zero slope when the velocity remains constant.
In this case they tell us that the bee leaves the honeycomb and its speed decreases until it reaches the flower, therefore we have a graph with a negative slope.
After the bee returns to the honeycomb with an acceleration, therefore the speed increases, consequently the slope must be positive.
In the attachment we can see a schematic representation of the movement.
Let's analyze the different claims
True. This is similar to the attached graph
False. In motion it begins with a decrease in speed therefore the slope is negative
False. The graph is forming by lines
False the graph is formed by lines
In conclusion with the definition of speed we can find the result for the form of the speed graph of the bee is:
Learn more here: brainly.com/question/18084516
