Answer:
Minor
Second inversion
A
Explanation:
Both intervals of a root position triad are either major third or minor third.
The interval between the bottom note and middle is perfect fourth so it is not root position.
List the notes: E, A, C
Invert the triad to root position by moving the bottom note up an octave (rotate the letters as if they are in a circle) so that they are separated by only major or minor thirds.
A, C, E
The root is the first note of a root position triad. A
Identify what third the two intervals are.
A - C: Minor third
C - E: Major third
A triad with a minor third followed by a major third is a minor triad.
The number of inversions from a root position triad is the position of the original triad.
A, C, E
C, E, A
E, A, C
It took 2 inversions, so the triad is in second inversion.
Not sure if this is helpful but The Chemistry Behind Candy Science
These two monosaccharides are glucose and fructose. Because of the sucrose molecule structure we can make all kinds of candy just using sugar and a liquid, and sometimes a bit of fat. When you heat the sucrose molecule to the right temperature it breaks apart and forms caramel.
Uhm, Sly seems to fit the best.
Really, i need an answer to this same question. plz someone answer for both of us!
Since you have provided no options, the best I can do is to describe lithography and hope that it helps:
In the first step, an image is drawn on a stone, typically with wax or oil. Then ink is spread on the whole stone, but it will not stay on the parts with oil or wax, only on the other parts. Then paper is pressed against the stone, and an image appears, because the ink adheres to the paper- you can then make multiple copies of the image.
