Chapter 2: Q10 (page 40)
Justify each statement with a property from algebra or property of congruence.
If ,and then .
Short Answer
From the property of congruence, it is proved that .
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Chapter 2: Q10 (page 40)
Justify each statement with a property from algebra or property of congruence.
If ,and then .
From the property of congruence, it is proved that .
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Write each biconditional as two conditionals that are converses of each other.
Points are collinear if and only if they all lie in one line.
State which postulate, definition, or theorem justifies the statement about the diagram.

If , then is the bisector of .
State the number that is paired with the bisector of .

Justify each statement with a property from algebra or property of congruence .
Mention what can be deduced from the given information.

Given: bisects
bisects
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