In AMNP and AQRT, NP = RT, MN = QR, and ZN = LR. Can AMNP an AQRT be proven congruent? If so, which triangle shortcut is used? NO Yes, by SAS Yes, by SSA Yes, by SAS- Yes, by HL

Elementary Geometry For College Students, 7e
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ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter3: Triangles
Section3.2: Corresponding Parts Of Congruent Triangles
Problem 44E: HA hypotenuse-angle is also a valid method for proving that two right triangles are congruent a...
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In AMNP and AQRT, NP = RT, MN = QR, and ZN = LR. Can AMNP an
AQRT be proven congruent? If so, which triangle shortcut is used?
NO
Yes, by SAS
Yes, by SSA
Yes, by SAS-
Yes, by HL
Evaluate: (Scroll Down to see all options) *
1
10. Given: ANEW = ACAR
AR = 4y – 12
CA = 4x + 3
NE = 11
NW = x +y
EW = 10
Solve for x, y and CR.
CR = 5/2
CR = 15/2
CR = 25/2
CR = 35/2
Transcribed Image Text:In AMNP and AQRT, NP = RT, MN = QR, and ZN = LR. Can AMNP an AQRT be proven congruent? If so, which triangle shortcut is used? NO Yes, by SAS Yes, by SSA Yes, by SAS- Yes, by HL Evaluate: (Scroll Down to see all options) * 1 10. Given: ANEW = ACAR AR = 4y – 12 CA = 4x + 3 NE = 11 NW = x +y EW = 10 Solve for x, y and CR. CR = 5/2 CR = 15/2 CR = 25/2 CR = 35/2
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