Answer:cytoplasm, cell membrane, vacuoles, and nucleus are found in both plant and animal cells.
Explanation:
Williamson ether synthesis is an organic reaction, forming an ether from an organohalide anda deprotonated alcohol(alkoxide). It involves the reaction of an alkoxide ion with a primary alky halide via SN2 reaction. The reaction to form propoxypropane using Williamson reaction is as shown
CH3CH2CHONa + CH3CH2CH2Br = C2H5CH2-O-CH2C2H5 + NaBr
Sodium propoxide 1-Bromopropane 1- Propoxypropane
For PFK protein, the targeting pathway is CYTOPLASM ONLY.
For insulin protein, the targeting pathway is: ENDOPLASMIC RETICULUM TO THE GOLGI BODY TO THE OUTSIDE OF THE CELL.
There are basically two general targeting pathways for proteins in the eukaryotic cells. Proteins that function in the cytoplasm are released directly into the cytoplasm while other proteins are translated on ribosomes that are bound to rough endoplasmic reticulum.
The answers are solution, colloid, and suspension respectively.
NaCl or salt is dissolved in the blood. So this makes blood and salts a solution. You won't be able to discern the NaCl in a solution of blood and NaCl.
Proteins in the plasma make blood a colloid. Protein particles are bigger than particles in a solution but are smaller than particles in a suspension.
Lastly, blood cells and blood make up a suspension. You would notice this characteristic in blood because red blood cells settle.
You can observe this when your blood is drawn. When it is placed in a test tube and left alone or placed in a centrifuge. The components separate into liquid on top, where you cannot see particles like salt; plasma in the middle, which has pale yellow color and also contains proteins; and the red blood cells at the bottom that settled.
Answer:
An air mass that originates over land in Central America is most likely warm & dry.
Explanation:
