Answer: Equilibrium price and quantity will increase.
Step-by-step explanation:
If there is a positive shift in demand i.e. rightward shift in the demand curve but the supply curve remains constant.
Then As shown in the figure, At the beginning <em>'</em><em>E</em>' is the equilibrium point with Equilibrium price <em>"P"</em> and Equilibrium quantity<em> "</em><em>Q"</em><em>.</em>
But when there is positive shift in demand curve say D' then,
Equilibrium price will increase and equilibrium quantity will also increase.
say it becomes P' and Q'.
So, Positive shift in demand curve increases the price and Quantity in a supply and demand curve.
Answer:
5/36
Step-by-step explanation:
Just saying BTW that this isn't a mathematics questions per say.
The main reason why cities are placed on coasts is so they are able to trade their goods with other nations abroad, as well as other coastal cities in their own region.
If the radius is the radius of the inscribed circle then the side of the triangle = radius * 6 / (sq root(3))side = 20.785tan 60 = height / half-sideheight = tan 60 * half-sideheight = 1.732 * 10.3925 height = 17.99981 triangle area = .5*side*heighttriangle area = 10.3925 * 17.99981triangle area = 187.06
If the radius is the radius of the circumscribed circle then the side of the triangle = radius *3 / (sq root(3))side of the triangle = 6 * 3 / sq root(3)side of the triangle = 10.3923048454 half-side = 5.1961524227 height = tan 60 * half-sideheight = 1.732 * 5.196height = 8.9997
triangle area = .5*side*heighttriangle area = 5.196 * 8.9997triangle area = 46.764
Hope this helps!
Answer:
19/3 or 6.33 continuing
Step-by-step explanation:
using pemdas, do the exponent first
6-2=4
then multiply by 4
4x4 is 16
add 3^2 to this, which = 9
so 16+9-6 is on top which equals 19, this is over 3
so 19/3