ADEG and AEFG are right triangles.
The figure shows DE = EF, AND
EG EG by the Reflexive Property.
Therefore, by the HL theorem,
ADEG AEFG
G
X Х
Choose the correct answer below.
O A. The two triangles are congruent by SAS, not the HL Theorem.
O B. In AEFG, EF is a leg and in ADEG, DE is the hypotenuse, so they cannot be corresponding sides.
O C. The two triangles are congruent by SSS, not the HL Theorem.
OD. In AEFG, EG is a leg, and in ADEG, EG is the hypotenuse, so they cannot be corresponding sides.
The two triangles are congruent by SAS, not the HL theorem. Therefore, the correct answer is option A.
Triangle DEG and triangle EFG are right triangles.
The figure shows DE=EF (Given)
EG=EG by the reflexive property.
Therefore, by the HL theorem, Triangle DEG and triangle EFG are congruent.
Here, Mohamed stated postulate wrong.
By SAS postulate, Triangle DEG and triangle EFG are congruent.
Therefore, the correct answer is option A.
To learn more about the congruent theorem visit:
brainly.com/question/24033497.
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Answer:B?
Step-by-step explanation:
(x - 5)2 + (y - 10)2 = 122
B)
(x + 5)2 + (y + 10)2 = 122
C)
(x - 10)2 + (y - 5)2 = 122
D)
(x + 10)2 + (y + 5)2 = 122
The welder needs to cut off 9 3/8 inches from the longer piece.
To determine how much the welder needs to cut off from the longer piece of pipe, we need to find the difference between the lengths of the two pieces.
Given that the longer piece is 28 1/8 inches and the desired length is 18 3/4 inches, we can subtract the desired length from the longer piece's length:
28 1/8 - 18 3/4 = 9 3/8
Therefore, the welder needs to cut off 9 3/8 inches from the longer piece of pipe.
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Answer:
69 inches
Step-by-step explanation:
mutiply 46 and .50 then add that to 46 then you get your answer
The playhouse should be 69 inches tall.
To ascertain the height of the playhouse, we embark on a straightforward calculation. It involves deriving 50% of Will's cousin's height and subsequently adding this value to the cousin's actual height. Starting with the cousin's height, which is 46 inches, we calculate half of it by multiplying 46 by 0.5, yielding 23 inches. This represents half of the cousin's height.
To determine the playhouse's overall height, we combine this value with the cousin's original height: 46 inches (cousin's height) + 23 inches (50% of cousin's height) equals 69 inches in total. Therefore, the height of the playhouse stands at 69 inches. This method showcases the application of percentages and simple addition to solve real-world problems, making it a valuable skill in practical mathematics.
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