Chapter 2: Q3 (page 49)
Use the conditional: If and intersect, then and intersect.
Rewrite the following pair of conditionals as a biconditional:
if ; only if .
Short Answer
The answer for the provided statement is if and only if .
Chapter 2: Q3 (page 49)
Use the conditional: If and intersect, then and intersect.
Rewrite the following pair of conditionals as a biconditional:
if ; only if .
The answer for the provided statement is if and only if .
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Get started for freeState which definition, postulate, or theorem justifies the statement about the diagram.
If , then is the bisector of .
Justify each statement with a property from algebra or property of congruence.
If then .
State which definition, postulate, or theorem justifies the statement about the diagram.
If D is the midpoint of , then .
Write each biconditional as two conditionals that are converses of each other.
Points lie in one plane if and only if they are coplanar.
Justify each statement with a property from algebra or property of congruence.
If then .
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