Answer:
8, 16, 64
Step-by-step explanation:
8 = 2^3 . . . a perfect cube
16 = 4^2 . . . a perfect square
32 = 2^5 . . . neither a cube nor a square
64 = 2^6 = 4^3 = 8^2 . . . both a perfect cube and a perfect square
128 = 2^7 . . . neither a cube nor a square
Answer:
A. AB
Step-by-step explanation:
Given that the musical instrument has a shape of ∆ABC, we can determine the shortest side that would be parallel to the ground by comparison of the 3 angles of the triangle corresponding to each side that is opposite each of them.
What this means is that, the larger angle would have the largest side opposite it. The medium angle will have medium length side opposite it, while the smallest angle will have the smallest side opposite it.
m < A = 59°
m < C = 57°
m < C = 180 - (59+57) (sum of angles in a triangle)
m < C = 64°
The smallest angle out of the three angles is angle C = 57°.
The side opposite it, is side AB.
Side AB is the shortest side of ∆ABC.
Therefore, AB should be parallel to the ground.
Answer:
300,000,000+ 20,000,000+9,000,000+200,000+ 70,000+ 0+ 200+ 0+5
Step-by-step explanation:
i think this is wrong but we will see
Answer:
Assuming it’s a matter of rotations.
Since its 180 clockwise you go, well clockwise.
You put your needle on the point of rotation and stretch it to a random point “assuming it’s A”.
You put the pencil on A and needle on the point of rotation (X for now) and then draw a circle.
You then proceed to without changing the compass postion, put it on point A, and construct tiny arcs (like a hexagon), each tic (arc) is 60 degrees so constructed 3 of those. Each time you make an arc, go to the arc you made without changing your compass and repeat until 3 times.
On the third arc mark (assuming A), A prime or A'.
You then put your needle on (x) again then put the lead on lets say point B.
You repeat the steps until all points have a prime (').
You then just construct the primed letters and then connect them with a straight edge.
You now have a 180 degree clockwise rotation.
(if your trying to find which one looks like it, then its usually one who’s straight up flat on the same plane AKA a reflection)