Chapter 2: Q6. (page 68)
S is the midpoint of and W is the midpoint of . If . Find ST, WT and RW.
Short Answer
and .
Chapter 2: Q6. (page 68)
S is the midpoint of and W is the midpoint of . If . Find ST, WT and RW.
and .
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Get started for freeJustify each statement with a property from algebra or property of congruence.
If then .
State the hypothesis and the conclusion of each conditional.
if S is the midpoint of
.
State which postulate, definition, or theorem justifies the statement about the diagram.
If E is the midpoint of , then , bisects .
State the converse of each conditional. Is the converse true or false?
If , then
.
Prove the following statement by filling in the blanks.
If A and B have coordinated a and b, with , and the midpoint M of has coordinate x, then prove .
Proof:
Statement | Reasons |
1. A, M, and B have coordinated a, x, and b respectively; . | 1. ? |
2. | 2. ? |
3. M is the midpoint of . | 3. ? |
4. , or | 4. ? |
5. | 5. ? |
6. ? | 6. ? |
7. | 7. ? |
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