12.08.2022

In circle N, KL = ML. What is the measure of JM?

. 7

Faq

Mathematics
Step-by-step answer
P Answered by Specialist

132

Step-by-step explanation:

JUST TOOK THE TEST

Mathematics
Step-by-step answer
P Answered by Master

132

Step-by-step explanation:

JUST TOOK THE TEST

Mathematics
Step-by-step answer
P Answered by Specialist

es 132°

Step-by-step explanation:

KL ≅ ML, entonces triángulo KNL y NLM son similares ah Angle side Angle Theorom .

Entonces,{LNK ≅ LNM}

7x+7=8x-3 8x-7=7+3,x=10

13x+2=13*10+2=130+2=132°

La respuesta es 132°

Mathematics
Step-by-step answer
P Answered by PhD
This is the concept of geometry, for us to get the value of JM we will requires to get the value of x first;
From the diagram we have been told that;
KL=ML
KL=7x+7
ML=8x-3
thus;
8x-3=7x+7
collecting the like terms we get;
8x-7x=7+3
x=10
But, JM=13x+2
substituting the value of x in JM we get:
JM=13(10)+2
JM=130+2
JM=132
The answer is 132°
Mathematics
Step-by-step answer
P Answered by PhD
The answer 

according to the figure,
 we can find the value of angle delimited arc JM by following the method below:
since KL ≅ ML, so triagle KNL and NLM are similar by Angle Side Angle Theorem, it does mean that ∠LNK ≅LNM
therefore, 7x+7 = 8x -3, it implies 8x -7x = 7+3, x =10

consequently we can find the value of the angle ∠JNM

13x+2 = 13*10+2 =130+2=132° (because x=10)

so the answer is 132°
Mathematics
Step-by-step answer
P Answered by Master

es 132°

Step-by-step explanation:

KL ≅ ML, entonces triángulo KNL y NLM son similares ah Angle side Angle Theorom .

Entonces,{LNK ≅ LNM}

7x+7=8x-3 8x-7=7+3,x=10

13x+2=13*10+2=130+2=132°

La respuesta es 132°

Mathematics
Step-by-step answer
P Answered by PhD
This is the concept of geometry, for us to get the value of JM we will requires to get the value of x first;
From the diagram we have been told that;
KL=ML
KL=7x+7
ML=8x-3
thus;
8x-3=7x+7
collecting the like terms we get;
8x-7x=7+3
x=10
But, JM=13x+2
substituting the value of x in JM we get:
JM=13(10)+2
JM=130+2
JM=132
The answer is 132°

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