Answer:
The correct answer is a) the buzuq and the nay.
Explanation:
The Kurdish buzuq, which is also called buzuk, bizik, biziq, is a troubled lute with a long neck. It is believed to be of Ottoman origin, but when you listen to it, you may think that it is also related to the Greek bouzouki and the Turkish saz, since you hear Mediterranean and Anatolian timbres. Its sound box is similar to the sound box of an oud. There are 24 mobile frets on your neck, it can produce microtonal intervals. This instrument has been originally used by Kurds and Turkmens, and is now also used by the Arabs to accompany songs and in Arabic taqsim performances. The buzuqs we sell in our store are handmade, built by teachers. Its bowl is walnut, the faces are made of spruce, the necks are made of maple and have ebony fingerboards.
The ney is a wind instrument and probably the oldest, used in traditional music (Turkey, Iran, Egypt ...). From Morocco to Pakistan we can find different variants of this instrument, with different names and forms, it can be said that the nei is an aerophone from the Middle East. The ney has been played regularly for 4,500-5,000 years, making it one of the oldest musical instruments still in use. It is a precursor of the modern flute.
Old Movies served as the inspiration for Cindy Sherman's untitled film stills series.
These retro and old movies are obviously shown in the black and white images as well as the look deriving from 1950s-1980s films.
Answer:
satisfied from hamilton
Explanation:
sorry if i dont know how to spell hamilton
Answer:
The answer is she will have to rotate the filter until the light's intensity is maximum. The light's polarization is along filter's axis.
Explanation:
This process is a phsycal phenomenon called the process of scattering of light by a molecule. We can also call it Rayleigh scattering.
Rayleigh scattering is used to explain why during daytime the sky looks so blue, the sunset looks so red, and the clouds so white. Polarization can also be explained by rayleigh scattering.
If a photographer wants to take a picture of the blue sky, she uses a polarizing filter to increase the ratio of the clouds' intensity of the blue sky.
To find the right direction, she will have to rotate the filter until the light's intensity is maximum. The light's polarization is along filter's axis.
