The area of the inner triangle ABC is ¼ that of triangle ADE. AB =45 m., AD = 65m., AE = 90 m. Point B is along line AD and point C is along line AE. Find the length of the segment CE.

In the rectangle below, the line MN cuts the rectangle into two regions. Find x the length of segment NB so that the area of the quadrilateral MNBC is 40% of the tota area of the rectangle.

1 (x) = Step 2 of 2: Find the length of the individual line segments of this function. Then, find the positive vertical separation between each line segment. Simplify your answer.

5. Point J is the midpoint of line segment KI. Find the length of JI Enter the answer and also provide a 1 sentence explanation that describes how you determined your answer. Review the rubric below to …

Point V is somewhere on the line segment UW. If UV = 8, then find the length of W. 8. 11 19 Rayce Dendel Dave Whitehead Academic Coach Teacher e to search AI F9 F10 F11 F1 F2 F3 F4 F5 F6 F7 …

If IX = 5, find the length of SX. Seth is using the figure shown below to prove the Pythagorean Theorem using triangle similarity: In the given triangle PQR, angle P is 90° and segment PS is perpendicular to …

Transcribed Image Text: Find the segment length indicated. Assume that lines which appear to be tangent are tangent. Round to the nearest tenth. 6. 4.9 The missing segment is units.

Solution for Point F is on line segment EG. Given FG 5a + 1, EG = 5x +7, and EF = 2x 2, determine the numerical length of EF.

If AB=11.8andAX=6.9, find XB Problem 12CT: For Exercises 11 and 12, use the drawing provided. If AX=x+3,XB=x and AB=3x7, find x Problem 13CT: Use the protractor with measures as indicted to …