Answer:
Generally, it's due to the fact that producers do supply more and consumers tend to purchase at costs suitable for their purchase.
Explanation:
We have three forms of price discrimination, in Microeconomic Theory.
First form is where we have each unit being sold at a varying price (one-to-one sales/market). This is generally rare (in some cases, it's due to club memberships' fee, for instance) often termed "perfect price discrimination".
Second form is when the seller distinguish their products to enable consumers determine where they suit, while third form is as a result of non-differentiation of the product with the consumers being grouped to categories.
In these two scenario, through a way, consumers will determine what fits their needs and isn't going to cost a lot, while the company (seller) will extend its network with ease to a higher demand, indicating while prices discrimination increases the number of customers.
Take it this way: it is good to have individuals purchase a can of malt for $2 and not purchasing the $5 two-liter malt than totally not purchasing the $5 two-liter malt.
Plants cannot get too much light, but they can get too much of the heat energy that comes with the light.
Answer:
See the answer below
Explanation:
<em>The concluding part of the question can be seen in the attached image.</em>
The correct answer would be that <u>the father did not contribute a sex chromosome to his daughter due to nondisjunction of the sex chromosome. The daughter is XO and her only X chromosome came from the mother who is a carrier.</u>
Since the mother's maternal grandfather had the syndrome and there is no history of it in the father's family, the daughter must have inherited an affected chromosome from her carrier mother. Normal females have two X chromosomes - one from each parent - and would therefore require two affected chromosomes in order for X-linked diseases to manifest in them.
<em>In this case, the syndrome manifested in the daughter because she lacks one X chromosome - a situation caused by a missing X chromosome in the father. Hence, the daughter is XO instead of XX and the single chromosome is an affected chromosome from the carrier mother. </em>