Answer:
The spinach pigments will stay as it is on the silica layer.
Explanation:
There is <u>no use</u> of <u>adding the eluent</u> with <u>no solubility for the target compound</u>. In this situation, <u>spinach pigments will stay as it</u> is on the silica gel and <u>eluent will be free</u> of any of these pigments. <em>So, nothing will happen.</em> Instead, if the <u>purpose</u> of doing this experiment was to <u>extract spinach pigments</u>, an <u>alternative eluent</u> with <u>appropriate solubility</u> for spinach pigments <u>should be used</u>.
Answer: Some changes are due to slow processes, such as erosion and weathering, and some changes are due to rapid processes, such as landslides, volcanic eruptions, earthquakes” and collisions by large meteorites with the earth.
Explanation:
The sperm cell contribute DNA to the embryo. <span>A sperm contains half of the chromosomes needed for the organism - in humans 23
Also the sperm determines if the embryo will be a male or female. If the sperm contains a Y chromosome with the required SRY gene then the embryo will become a male. BUT if the sperm contains an X chromosome then the embryo will be a female.
</span>
Answer:
G-banding or Giemsa banding is a technique used to study the chromosomes by staining then at condensed stage. The visible karyotype can be used by this technique. The genetic diseases can be easily identified by this G banding technique.
The base composition of the genes (nucleotide) are stained by the dye known as Giemsa stain. The nitrogenous base adenine and thymine of the heterochromatic region of chromosome stained darkly in this technique. The darkly stained area is generally gene poor area.
Myosin and actin are both proteins....so 3