Mathematics, 31.05.2021 01:30, alannaamarriee
Consider ASQP and ARP Q in the diagram below and the partially completed two-column proof.
R
Glven: ASQP and ARPQ are right triangles and SP QR.
Prove: ASQP ARPQ
Reasons
Statements
1. ASQP and ARPQ are right
triangles.
2. SPQR
1. Given
2. Given
3. PQ QP
3. Reflexive Property of
Congruence
4. ASQP ARPQ
4.
Which of the following reasons would be appropriate to complete Step 4 of the proof?
A HL theorem
B SAS
C SSA
D ASA
Answers: 3
Mathematics, 21.06.2019 14:50, fdasbiad
Simplify 5 square root of 7 end root plus 12 square root of 6 end root minus 10 square root of 7 end root minus 5 square root of 6 . (1 point) 5 square root of 14 end root minus 7 square root of 12 5 square root of 7 end root minus 7 square root of 6 7 square root of 12 end root minus 5 square root of 14 7 square root of 6 end root minus 5 square root of 7
Answers: 2
Mathematics, 21.06.2019 15:10, Mistytrotter
Solve the system by the elimination method. x + y - 6 = 0 x - y - 8 = 0 when you eliminate y , what is the resulting equation? 2x = -14 2x = 14 -2x = 14
Answers: 2
Mathematics, 21.06.2019 20:00, martinezjulio1976
Use the elimination method to solve the systems of equations. choose the correct ordered pair. 7x+4y=39
Answers: 1
Consider ASQP and ARP Q in the diagram below and the partially completed two-column proof.
R
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