In this course, we have studied two types of geometry: Euclidean and analytical. In Euclidean geometry, we’ve explored the relationships between points, lines, and planes without any numerical measurement.

In analytical geometry, we’ve explored the relationship between algebra and geometry using positions of points in a Cartesian coordinate system.

Which approach to geometry do you prefer and why? What are some situations in which one approach to geometry would be more beneficial than the other?

Which facts are true for the graph of the function below? check all that apply. f(x) = log8 x. (30 points pls )

Idon’t understand this.. will someone ? will mark brainliest along with 20 points.

Efficient homemakers ltd. makes canvas wallets and leather wallets as part of a money-making project. for the canvas wallets, they need two yards of canvas and two yards of leather. for the leather wallets, they need four yards of leather and three yards of canvas. their production unit has purchased 44 yards of leather and 40 yards of canvas. let x be the number of leather wallets and y be the number of canvas wallets. draw the graph showing the feasible region to represent the number of the leather and canvas wallets that can be produced.