18
Math Interim Test

Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant

  • Upload
    others

  • View
    13

  • Download
    1

Embed Size (px)

Citation preview

Page 1: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant

Math Interim Test

Page 2: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 3: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 4: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 5: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 6: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 7: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 8: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 9: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 10: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 11: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 12: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 13: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 14: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 15: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 16: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 17: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant
Page 18: Math Interim TestLine segment ÃÈ is drawn with midpoint M. A bisector is drawn through point M. Calley claims that any point on the bisector drawn through point M is equidistant