need to replica the same graph using the information below to do it in matlab .

Problem 1 experiments with a circuit configuration, you determined that as long as the transistor chosen meets certain criteria, other components in the circuit can be adjusted to yield an ideal frequency response. In the classification diagram shown below, there are two regions where the transistor is acceptable Zone A, shown in solid magenta lines, is defined as: a horizontal line at 7500Hz for voltages from 0 to 3 V: . a lincar line from (3, 7500) to (6, 9000); . a vertical line at 6 V for a frequency from 9000 Hz to the Reject Zone A location where the power curve is 6 V: and a power law curve which extends from 0 V to 6 V. The curve is developed use three points. The outer points are constant at (0.15, 1000) and (6, 6000). The middle point it passes through is based on a user input. For this example, to the right, the middle point is (3, 4244). . Zone B Accept Reject Voltage MV Zone B, shown in blue, dashed line segments, defined as: line is located at the value reached by the exponential curve at 12 V and goes from 12 to 15 v . a vertical line at 8 V for a frequency from 0 to the location where the power curve is 8 V; and an exponential curve which extends 8 V to 12 V. The curve is developed using three points. The outer points are constant at (8, 3000) and (12, 7500). The middle point it passes through is based on a user input. For this example above, the middle point is (11, 6000). Ifa point falls on a line dividing the "Accept" and "Reject" regions, it is considered acceptable. Problem 1 experiments with a circuit configuration, you determined that as long as the transistor chosen meets certain criteria, other components in the circuit can be adjusted to yield an ideal frequency response. In the classification diagram shown below, there are two regions where the transistor is acceptable Zone A, shown in solid magenta lines, is defined as: a horizontal line at 7500Hz for voltages from 0 to 3 V: . a lincar line from (3, 7500) to (6, 9000); . a vertical line at 6 V for a frequency from 9000 Hz to the Reject Zone A location where the power curve is 6 V: and a power law curve which extends from 0 V to 6 V. The curve is developed use three points. The outer points are constant at (0.15, 1000) and (6, 6000). The middle point it passes through is based on a user input. For this example, to the right, the middle point is (3, 4244). . Zone B Accept Reject Voltage MV Zone B, shown in blue, dashed line segments, defined as: line is located at the value reached by the exponential curve at 12 V and goes from 12 to 15 v . a vertical line at 8 V for a frequency from 0 to the location where the power curve is 8 V; and an exponential curve which extends 8 V to 12 V. The curve is developed using three points. The outer points are constant at (8, 3000) and (12, 7500). The middle point it passes through is based on a user input. For this example above, the middle point is (11, 6000). Ifa point falls on a line dividing the "Accept" and "Reject" regions, it is considered acceptable