Use the Graphing tool to inscribe a circle in the triangle. Follow these steps to inscribe a circle and find its radius:

Use the Angle Bisector tool to bisect each angle. Select three points so that the vertex is the middle point.
Use the Intersect tool to plot the incenter. Click directly on the intersection.
Use the Perpendicular Line tool to draw a line from the incenter perpendicular to any side. Select the incenter, and then select a side.
Use the Intersect tool to plot the point where the perpendicular line intersects the side.
Use the Circle tool to draw the inscribed circle. Select the center of the circle and then a point on the circle.
Use the Distance tool to determine the radius of the circle. Select the endpoints of the segment. A:(0,1) b (0,5) c (8,3)

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How can you find the magnitude of a vector, v = < x,y > , where the horizontal change is x and the vertical change is y?

1.3.4 practice : modeling: solving linear equations in this assignment, you may work alone, with a partner, or in a small group. discuss the results of your work and/or any lingering questions with your teacher. your assignment: road trip you're taking a scenic road trip down ca-highway 1 from san jose, california, to los angeles. you plan to split the drive into two days, stopping for one night. choose one town to stop in, and find the driving distance for the second day. 1. circle the town you chose to stop in. (1 point) santa barbara: an image of palm trees san luis obispo: an image of a church 2. why did you choose this town? (1 point) 3.what do you know? .what do you want to find out? .what kind of answer do you expect? define the variable. 4. what is the variable x for this problem? (1 point) write the equation. 5. write an equation showing that the distance traveled on the first day plus the distance traveled on the second day is equal to 425 miles. (4 points: 2 points for each side of the equation) isolate the variable. 6. what inverse operation do you need to perform on both sides to isolate x in the equation? (2 points: 1 point for the correct number, 1 point for the correct operation) solve the equation. 7. solve the equation for x. interpret the answer in terms of the problem. (2 points: 1 point for the solution, 1 point for the interpretation) check your solution. 8. to confirm that your answer is correct, add the two days' distances. this should equal the total distance from san jose to los angeles. show your work as an equation. (3 points: 1 point for the setup, 2 points for the correct answer)