Answer:
A and C
Explanation:
The <u>monochlorination</u> is a reaction in which we have to add only one Cl to the molecule. In this case we only have <u>two types of carbons</u>. <u>Primary</u> (the methyl groups) and the <u>tertiary</u> (the carbons in the middle).
Therefore we only have 2 type of <u>isomers</u>. The first one in which the Cl would bond to the primary carbons, the <u>primary alkyl halide</u> (1-chloro-2,3-dimethylbutane) and the second one in which the Cl would bond to the tertiary carbons, the <u>tertiary alkyl halide</u> (2-chloro-2,3 -dimethylbutane).
See the figure
C. a measurement of the ability of an atom to attract an electron
I believe it would be A, frogs and spiders, because frogs and spiders both eat grasshoppers. But I cannot see the diagram it talks about, so it's harder to tell.
Answer:
chloroplast, more precisely in the stroma of the chloroplast
Explanation:
Chloroplasts are a type of chromoplasts that are located in photosynthetic plant cells and green algae.
They can be moved by amoeboid and contractile movements, and placed in the part of the cell that receives the most light. Photosynthetic algae usually have a large chloroplast, but plant cells have a few tens.
The internal medium of the chloroplast is called stroma, and it is composed of a solution of carbohydrates, lipids, protids, nucleic acids, pigments, nucleotides, salts and elements.
Its main function is to capture the light energy and use it in the synthesis of organic matter.
Answer:
Destiny = 5 g/ml
Explanation:
The formula for density is d=
Knowing this, divide your mass by volume:
10 g / 2 ml = 5 g/ml
Final answer:
Destiny = 5 g/ml
