is the quadratic equation with the solutions -4 and -6
Given that -4 and -6 are solutions of a quadratic equation and asked to find out the quadratic equation
If "a" and "b" are the roots of the quadratic equation then,
sum of roots = a+b
product of roots = ab
There the required quadratic equation is 
Given that a= -4 and b= -6
sum of roots = a+b = -4 +(-6) = -10
product of roots = ab =( -4 )( -6 ) = 24
There the required quadratic equation is 
Hence,
is the quadratic equation with the solutions -4 and -6
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Answer:
i'm pretty sure ∠ ECF and ∠FCE work
The answer for this problem is c bc that’s what I think
Answer:
The bearing of B from A is 28 degrees, approximately
The bearing of A from B is 180+28=208 degrees, approximately.
Step-by-step explanation:
The reason for approximation is from distortion of image.
See attached image to understand how the measurement has been obtained.