Solution:
In 
FGH, As, given G J bisects ∠F G H and is a perpendicular bisector of F H.
So, F J=J H →→ G J is a perpendicular bisector of F H.
We will use angle bisector theorem to determine which statement is correct.
As, Angle bisector theorem states that , if a line segment bisects an angle, then the ratio of sides adjacent to angle, is equal to the ratio of two segments where the angle bisector cuts the third side.
So, 
The option (C) which is the F G H has exactly 2 congruent sides is true.
Answer: radius- 2; height- 3
Step-by-step explanation:
The missing segment is 25
Answer:
Cost of goods sold = Opening inventory + Purchase - closing inventory
Step-by-step explanation:
Cost of goods sold = Opening inventory + Purchase - closing inventory
Cost of goods sold = Sales - gross profit
Cost of goods sold = Revenue – Net Income – Expenses
Answer:
x =22
Step-by-step explanation:
The two angles are corresponding angles , so the angles are equal
x+14 = 5x-74
Subtract x from each side
x+14-x = 5x-x-74
14 = 4x-74
Add 74 to each side
14+74 = 4x-74+74
88 = 4x
Divide by 4
88/4 = 4x/4
22 =x
