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.
3. Some challenges to photographing children are that a large percentage of kids are very antsy and are hard to keep still and pose. You can reduce these problems by maybe playing some relaxing music or promise them a reward afterwards.
4. Challenges for photographing groups are that, large amounts of people are hard to cooperate with at once. You can reduce this by working with a small group of people at a time, telling them how you want them to act, pose, etc. until you talked to the entire group.
5. Three tips for photographing children are: play some music, promise them a reward for cooperating, or consult them (reassure them it will be fun)
B is the one that creates emphasis
One of the Asian Countries near the Pacific Ocean, which by my guess is China.
Note that in many parts of China (specifically the coast), Chinese generally eat seafood there (as it is more accessible). Large parts of China also eats rice (as it is a staple crop there). Tea ceremony is generally found in Japan, but note that in this case, it says "<em>Chinese tea code</em>", which means it is China. Another answer choice can be Formosa, or Taiwan.
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The Empire State Building is a 102-Story Art Deco Skyscraper in Midtown Manhattan, New York City.
Designed by Shreve, Lamb & Harmon and completed in 1931, the building has a roof height f 1,250 feet (380 m) and stands a total of !,454 feet (443.2 m) tall, including its antenna.
