Answer:
The correct option is C. 9.56 meter
Step-by-step explanation:
∠D = 54° , ∠F = 32°
Now, Using angles sum property of a triangle
∠D + ∠F + ∠E = 180°
⇒ 54° + 32° + ∠E = 180°
⇒ ∠E = 180 - 86
⇒ ∠E = 94°
Now, Using sine rule in the triangle DEF
Hence, The correct option is C. 9.56 meter
prove:2(AM) = AB
a) AM+AM=AB
b) AM=AB-MB
c) AB=AM+MB
d) M (A+B)=AB
Answer:
I can use variables to represent the coordinates of the vertices for a general triangle, ∆ABC. Then I can calculate the midpoints of the sides in terms of those variables. Using the point-slope formula for the equation of a straight line, I can build the symbolic equations for the three medians, AE, BF, and CD. I can solve for the point of intersection for two of the medians, AE and BF, for example. Finally, I can prove the lines (i.e., medians) concurrent if the point I found also satisfies the equation of the line for CD.
Step-by-step explanation:
Here is the answer from Plato! Hope this helps :)
Answer:
I can use variables to represent the coordinates of the vertices for a general triangle, ∆ABC. Then I can calculate the midpoints of the sides in terms of those variables. Using the point-slope formula for the equation of a straight line, I can build the symbolic equations for the three medians, AE, BF, and CD. I can solve for the point of intersection for two of the medians, AE and BF, for example. Finally, I can prove the lines (i.e., medians) concurrent if the point I found also satisfies the equation of the line for CD.
Answer:
$226.00
Step-by-step explanation:
$5876 / 26 = $226.00 per person
The answer to your question would be true since the permutations would deal with how many different ways the medals could possibly be distributed.