The following is an incorrect flowchart proving that point L, lying on line LM which is a perpendicular bisector of segment JK,
is equidistant from points J and K:
What is the error in this flowchart?
A. JL and KL are equal in length, according to the definition of a midpoint.
B. The arrow between ΔJNL ≅ ΔKNL and segment JL is congruent to segment KL points in the wrong direction.
C. Segments JL and KL need to be constructed using a straightedge.
D. Point L is equidistant from points J and N, not J and K.
What is the error in this flowchart?
A. JL and KL are equal in length, according to the definition of a midpoint.
B. The arrow between ΔJNL ≅ ΔKNL and segment JL is congruent to segment KL points in the wrong direction.
C. Segments JL and KL need to be constructed using a straightedge.
D. Point L is equidistant from points J and N, not J and K.
2 answers:
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Answer:
And replacing we got:
And the best option would be:
65.42 Inches cubed
Step-by-step explanation:
For this case we have the following info given:
represent the height of the cone
represent the radius
And the volume of the cone is given by;
And replacing we got:
And the best option would be:
65.42 Inches cubed
Slope intercept form= y=mx+b.
y=9x-9
y=9x-9