use the following information to answer questions 6 - 8. in a crash test, cars hit a wall with varying…

use the following information to answer questions 6 - 8. in a crash test, cars hit a wall with varying amounts of force. the action and reaction forces are recorded in the table below. car crash action and reaction forces trial number action force of car on wall (n) reaction force of wall on car (n) 1 87,000 87,000 2 87,500 87,500 3 88,000 88,000 4 89,000 89,000 5 90,000 90,000 6. on the grid below, create a graph relating the action force and the reaction force. please enter a title in the space provided and provide a legend for the graph. title: 7. label x to represent the action force and label y to represent the reaction force. provide units of measurement for the x - axis and for the y - axis. then create an equation to describe the relationship of newtons third law. 8. draw a line of best fit. is the relationship proportional? support your answer with evidence from your graph.

use the following information to answer questions 6 - 8. in a crash test, cars hit a wall with varying amounts of force. the action and reaction forces are recorded in the table below. car crash action and reaction forces trial number action force of car on wall (n) reaction force of wall on car (n) 1 87,000 87,000 2 87,500 87,500 3 88,000 88,000 4 89,000 89,000 5 90,000 90,000 6. on the grid below, create a graph relating the action force and the reaction force. please enter a title in the space provided and provide a legend for the graph. title: 7. label x to represent the action force and label y to represent the reaction force. provide units of measurement for the x - axis and for the y - axis. then create an equation to describe the relationship of newtons third law. 8. draw a line of best fit. is the relationship proportional? support your answer with evidence from your graph.

Answer

Explanation:

Step1: Graph - Title and Legend

Title: "Car Crash Action - Reaction Forces". Legend: Action Force (N) - represented by points on x - axis, Reaction Force (N) - represented by points on y - axis. Plot the points (87000, 87000), (87500, 87500), (88000, 88000), (89000, 89000), (90000, 90000) on the graph with x - axis labeled "Action Force (N)" and y - axis labeled "Reaction Force (N)".

Step2: Equation

According to Newton's third law, the action force and reaction force are equal. So the equation is $y = x$, where $x$ is the action force and $y$ is the reaction force.

Step3: Line of Best - Fit and Proportionality

Draw a straight line passing through all the points (since all points satisfy $y = x$). The relationship is proportional. Evidence: The graph is a straight - line passing through the origin (if we consider the theoretical case where if action force is 0, reaction force is 0), and for every value of the action force $x$, the reaction force $y$ has a value such that $\frac{y}{x}=1$ (constant ratio).

Answer:

  1. Title: "Car Crash Action - Reaction Forces". Plot points as described above.
  2. $x$ - axis: Action Force (N), $y$ - axis: Reaction Force (N), Equation: $y = x$.
  3. Draw a straight line through all points. The relationship is proportional as the graph is a straight - line through the origin with a constant ratio of $\frac{y}{x}=1$.