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please help me finish steps 23 and 4 based on the graph please. Thank you.

+ C 40 35 30 sz e LO 8 8 Volume(s) () i X OS 8 " N 10 16 61 + Step Two: (7 points) (A1.1) Calculate the average rate of pop over the whole time interval by using numerical way (e.g., using table). What connections can you make between the average rate of pop over the whole time interval and the secant to the graph at the endpoints? Step Three: (8 points) (A1.2) What connections can you make between instantaneous flow rates at a specific time and tangents to the graph? Approximate the instantaneous rate of flow, when 200ml has been collected in the measuring cup, by using your graph and a series of secants containing the point. Step Four: (20 points) (A1.5, A1.6) Specifications for the can require that the rate of flow cannot be less than half the initial instantaneous flow rate. What is the initial instantaneous rate of flow? Investigate whether or not the rate of flow will meet the required specifications: When the volume of pop collected is 120. When the volume of pop collected is 240. . Determine the time when the flow rate is exactly half the initial instantaneous flow rate. + C 40 35 30 sz e LO 8 8 Volume(s) () i X OS 8 " N 10 16 61 + Step Two: (7 points) (A1.1) Calculate the average rate of pop over the whole time interval by using numerical way (e.g., using table). What connections can you make between the average rate of pop over the whole time interval and the secant to the graph at the endpoints? Step Three: (8 points) (A1.2) What connections can you make between instantaneous flow rates at a specific time and tangents to the graph? Approximate the instantaneous rate of flow, when 200ml has been collected in the measuring cup, by using your graph and a series of secants containing the point. Step Four: (20 points) (A1.5, A1.6) Specifications for the can require that the rate of flow cannot be less than half the initial instantaneous flow rate. What is the initial instantaneous rate of flow? Investigate whether or not the rate of flow will meet the required specifications: When the volume of pop collected is 120. When the volume of pop collected is 240. . Determine the time when the flow rate is exactly half the initial instantaneous flow rate

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