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:
A. flowers that bloom in different months
Explanation:
Temporal isolation is a prezygotic barrier that is caused by the inability of two closely related species to interbreed as a result of differences in breeding season.
If two related species of plants have flowers that bloom in different months, the possibility of both fertilizing each other is very slim. Both flowers won't be able to interbreed as a result of this reproductive isolation mechanism, called temporal isolation.
Answer:
are hydrates consist of carbon hydrogen and oxygen the general structure of carbohydrates is (CH2O)n. they are ganic compounds organized in the form of aldehydes or ketones with multiple hydroxyl groups coming up the carbon chain.
The answer is d
hope this helps
Answer a)
T t
T TT Tt
t Tt tt
75% of the children will have the probability of being tasters. 25% will have the probability of being non- tasters.
Answer b)
There will be a 75% chance that their first child or their fourth child will be a taster.
The chances for every child will be the same because alleles assort independently during the time of gamete formation. Hence, the probability remains the same every time.
Answer c)
There will be a 25% chance for the first three offsprings to be non-tasters. 75% chances will be of them being tasters.
This is because the alleles assort independently each time during gamete formation. Hence, the chances will be the same every time.