intersect, then there is exactly one plane containing them. · intersect, then there is exactly one...

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Name: ___________ Lesson Quiz 1.4 1 2 3 4 5 6 7 8 If m<4 = 3x 17 and m<6 = x 23, then find the value of x, m<2, and m<8. a.) x = ______ b.) m<2 = ______ c.) m<8 = ______

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Page 1: intersect, then there is exactly one plane containing them. · intersect, then there is exactly one plane containing them. Lesson I .5 Plane Theorems Plane- a fat surface that extends

Name: ___________ Lesson Quiz 1.4

1 23 4

5 67 8

If m<4 = 3x ­ 17 and m<6 = x ­23, then find the value of x, m<2, and m<8.

a.) x = ______

b.) m<2 = ______

c.) m<8 = ______ 

Page 2: intersect, then there is exactly one plane containing them. · intersect, then there is exactly one plane containing them. Lesson I .5 Plane Theorems Plane- a fat surface that extends
Page 3: intersect, then there is exactly one plane containing them. · intersect, then there is exactly one plane containing them. Lesson I .5 Plane Theorems Plane- a fat surface that extends

intersect, then there is exactly one plane containing them.

Page 4: intersect, then there is exactly one plane containing them. · intersect, then there is exactly one plane containing them. Lesson I .5 Plane Theorems Plane- a fat surface that extends
Page 5: intersect, then there is exactly one plane containing them. · intersect, then there is exactly one plane containing them. Lesson I .5 Plane Theorems Plane- a fat surface that extends
Page 6: intersect, then there is exactly one plane containing them. · intersect, then there is exactly one plane containing them. Lesson I .5 Plane Theorems Plane- a fat surface that extends