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Geometry B Exam Review The following formulas will be provided in the examination booklet: Formulas for Areas of Polygons Coordinate Geometry Formulas Area of a Triangle: Slope: Distance: Area of a Rectangle: Midpoint: Area of a Trapezoid: Right Triangles Area of a Parallelogram: B Area of a Regular Polygon: c a C b A Circle Formulas Area of a Circle: Circumference of a circle: Arc Length of a Circle: Special Right Triangles Area of a Sector of a Circle: Area of a Segment of a Circle: o Area of sector – Area of triangle 45 o a 2a 30 o Angle and Arc Formulas: 45 a o 60 a MCPS © 2012–2013 1 Geometry B Exam Review The following formulas will be provided in the examination booklet: Formulas for Volume (V) and Surface Area (SA) Right Prism VBharea of base height SA2B Ph2area of base + perimeterheight Right Circular Cylinder 2 VBh area of base height = rh SA2B Ch2basecircumference height 2r2 2rh Right Pyramid 11 VBh area of base height 33 11 SAB Pl area of base + perimeter of base slant height 22 Right Cone 11 1 2 VB harea of base height = rh 33 3 2 SAr rl Sphere 4 3 Vr 3 SA4r2 Other Formulas 222 Diagonal of a Prism DLWH Geometric Mean of Two Numbers ab MCPS © 2012–2013 2 Geometry B Exam Review For items 1 through 3, determine the area of the following composite figures. If the figure is shaded, find the area of the shaded portion of the figure. Note: Figures NOT drawn to scale 1. 2. 3. OR and OS are radii R 16 in 12 cm 8 ft S 8 ft O 20 cm 16 in 16 in 16 in For items 4 and 5, determine the probability that a dart will hit the shaded area of the target. Note: Figure NOT 4. drawn to scale 3 in 6 in A 1 B 1 C 1 D 3 4 3 2 4 5. 7 in Note: Figure NOT 5 in drawn to scale 10 in 10 in A 7 B 3 C 13 D 7 20 5 20 10 MCPS © 2012–2013 3 Geometry B Exam Review 6. Which of the following statements are true? a. 7535 b. 35 5 7 c. 103 7 d. 5611 e. 321624 2 For items 7 through 9, determine the distance between the following pairs of points. 7. 2,6 and 5,9 8. 3,6 and 2,1 9. 1, 1 and 2,5 10. Given: Quadrilateral ROTS with vertices as labeled below. Show that: If the midpoints of the sides of this quadrilateral are connected, then the figure formed has opposite sides that are congruent. S(6,6) Q R(2,4) M P O(0,0) N T(8,0) MCPS © 2012–2013 4
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