Answer:
(C). the quantity demanded of a product is inversely related to its price.
Explanation:
According to the law of demand, <u>when the price of a product is high, the quantity of that product that will be demanded will be low</u>, because customers won't want to pay so much to get the product.
Similarly, <u>when the price of the product drops, the the demand for it will increase.</u>
Therefore the quantity of a product demanded is inversely related to its price.
Cardiff (/ˈkɑːrdɪf/; Welsh: Caerdydd [kairˈdiːð, kaːɨrˈdɨːð] (About this soundlisten)) is a city, principal area and the capital of Wales, officially known as the City and County of Cardiff. It is the United Kingdom's eleventh-largest city. As Wales' chief commercial centre, Cardiff is the base for the Senedd, most national cultural institutions and Welsh media. At the 2011 census, the unitary authority area population was estimated to be 346,090,[4] and the wider urban area 479,000.[5] Cardiff is a significant tourist centre and the most popular visitor destination in Wales with 21.3 million visitors in 2017.[6] In 2011, Cardiff was ranked sixth in the world in National Geographic's alternative tourist destinations.[7]
Shaganappi Trail is named for the Shaganappi Point downstream and across the river from its southern terminus, which had the name since the 1870s.
Explanation:
Shaganappi is a Cree word referring to cords that were made from rawhide, which was the material settlers used on their wagons.
<span>Florida gained representatives and thus electoral votes because of census data showing population increase.</span>
Answer: The correct answer is : Living systems depend on the polarity of water, because since water is polar it has an unevenly distributed charge, this means that water molecules are slightly positive and negative, for this reason water is a good solvent, this characteristic is essential in organisms. For example, sugars and other nutrients are dissolved so that the blood cells can carry it to cells in the body. If sugars weren't dissolved, they couldn't reach cells. Water also attracts or is attracted to other molecules and polar ions, including many biomolecules, such as sugars, nucleic acids and some amino acids.
