A perpendicular bisector
this means the length IJ=JK and the angles IJB, BJK are 90° (and their congruent angles too)
but this does not mean AB=IK, because their lengths can be arbitrary
for a similar reason AJ=IJ is wrong, essentially the same statement but with half lengths
BI=BK is true, because it is a bisector of IK this means the sides IJ=JK and JB is a shared side, therefore also having the same length. We also know IJB and BJK are congruent angles, so all in all these are congruent triangle and therefore also share the side length
BI=AK is false, because we don't know where the intersection point j is on AB, it could split the length into any arbitrary ratio, in case these are two equal sides then it would be true, but it doesn't hold for all other possibilities
so BI=BK is the solution
Answer:
Step-by-step explanation:
Given the expression:
We are to find the quotient as shown:
Hence the correct answer is
Answer:
radius = √35 mm or 5.916 mm
Explanation:
Here:
Solve for radius:
5
you see, |-5| = 5 and |5| = 5. i hope this answers your question :)
Just find out what is the denominator and see if it would go into any of the number and it would so what u would do is the denominator is 18 and just do an EFT and add it up and then do the final answer-12/12 until u have something that is 12/12 or less and if it’s not then keep subtracting