Which set of construction steps could be used to construct an isosceles triangle EFG given line segment EF?

A.) Label a point G on segment EF and construct a line perpendicular to EF through point G. Draw segments EG and FG.

B.) Construct the perpendicular bisector of segment EF. Mark any point G on the perpendicular bisector except where it intersects EF. Draw segments EG and FG.

C.) Construct the perpendicular bisector of segment EF. Mark the intersection of this line and EF and label it G. Draw segments EG and FG.

D.) Mark a third point G not on segment EF. Draw segments EG and FG.

d 192

step-by-step explanation:

we find our area to find area we multiply thoses numbers to get our answer so our area is 192

$15.40 per mile

step-by-step explanation:

you have to round up to 4 because 6 is over 5 so you have to round the 3 up to 4

37 = ending with 7

unit's digit in the cube..3

56 = ending with 6

unit's digit in the cube..2

133 = ending with

unit's digit in the cube..7

hope it : ( : )

step-by-step explanation:

rectangles are made up of 4 right angles, which means that a side and a base meet perpendicular to one another.   their slopes then have to reflect perpendicular slopes.   perpendicular slopes are opposite reciprocals of one another.   for example, if the slope of one line is +2/3, then the perpendicular slope to that would be -3/2.   so we look for that combination in our choices.

all of them satisfy that condition (so what's the question, i guess? )