Starch, or asylum, is a complex carbohydrate that exists in many foods, including grains, vegetables, and fruits. Thus, option D is correct.
The body's primary energy source is carbohydrate-based. They are the dietary fibre, sugars, and carbohydrates found in dairy and plant-based diets. Carbohydrates have carbon, hydrogen, and oxygen atoms in their chemical makeup. Aldehydes, which are double-bonded carbon and oxygen atoms plus one hydrogen atom, and aldehydes, which are double-bonded carbon and oxygen atoms plus two more oxygen atoms, are the two basic molecules that make up carbohydrates.
It is a carbon atom-containing ketone. Different forms of carbohydrates can be produced by combining carbs to form polymers or chains. Monosaccharides, disaccharides, and polysaccharides are all types of carbohydrates.
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Answer:
B. Flushot
Explanation:
I'm pretty sure this is the answer
b.) Classical
c.) Hellenistic
d.) Corinthian
Option D i.e Corinthian is the correct answer.
The three main periods of Greek sculpture are :
1. The Archaic Period (c.650-500 BCE) : In this period monumental marble sculpture was developed.
2. The Classical Period (c.500-323 BCE) : During this period, the Greek sculpture was at its peak.
3. The Hellenistic Period (c.323-27 BCE) : The "Greek" style of 3-D art was practiced.
B. satire
C. propaganda
D. jargon
E. personification
C. propaganda.................
B. 546
C. 105
D. 91
The answer is 91.
The question is based on on a mathematical topic called ''Geometry'', and is simply asking for the total number of the oranges in the four-sided pyramid.
In geometry, a pyramid is a polyhedron that is constructed when the polygonal base is connected to an iconic surface. The base edge and apex form a triangle that is called a lateral face. A pyramid can also be with an n-sided base that has n + 1 vertices, n + 1 faces, and 2n edges.
But the first thing to do is to get the number of oranges in each phases of the four-sided pyramid. To do this, we square the root the numbers of the vertices.
1 squared = 1 [for the first phase of the pyramid]
2 squared =4 [we got 4 as our answer for the second layer of the pyramid]
3 squared = 9 [9, for the third phase of pyramid]
4 squared = 16
5 squared = 25
6 squared = 36 [and 36 is the last in the pyramid]
The addition of the total oranges in each phase of the six layers is 91.
The total number of oranges in the pile = 1+4+9+16+25+36=91
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