Answer:
Equilibrium price, p = 2.5
Equilibrium Quantity, Q = 22.5
Explanation:
The equation is:
Qd = 30 - 3p
Qs = 10 + 5p
At equilibrium, Quantity demanded equals quantity supplied
Equate Qd = Qs to find equilibrium price
30 - 3p = 10 + 5p
30 - 10 = 5p + 3p
20 = 8p
p = 20/8
P = 2.5
Substitute equilibrium price into Qd and Qs equation to find equilibrium Quantity
Qd = 30 - 3p
= 30 - 3(2.5)
= 30 - 7.5
= 22.5
Qs = 10 + 5p
= 10 + 5(2.5)
= 10 + 12.5
= 22.5
Therefore,
Equilibrium price, p = 2.5
Equilibrium Quantity, Q = 22.5
<span>The stage of the consumer decision making process that is represented is needing recognition. When Sam's car was totaled by someone hitting a stop sign, Sam found out his car could not be repaired therefor he discovered that he needed a new car. This was recognizing the need, which was to replace his vehicle.</span>
Answer:
The Competition Commission is a statutory body constituted in terms of the Competition Act, No 89 of 1998 by the Government of South Africa empowered to investigate, control and evaluate restrictive business practices, abuse of dominant positions and mergers in order to achieve equity and efficiency in the South ...
Answer:
So unit elastic at q = 5
inelastic above 5
and elastic below 5
Explanation:
The elasticity is determianted by the marginal revenue.
Our first goal is to find the marginal revenue function
p = 40 - 4q
total revenue(TR) = quantity times price
q x (40 - 4q) = -4q^2 +40q
marginal revenue TR(q)/d(q) = -8q + 40
Now, with this fuction the economic analisys states that a demand is unit elastic when marginal revenue is zero.
It will be inelastic below zero and elastic above zero
MR will be zero when q = 5
-8(5) + 40 = 0
As quantity increases the demand will be inelastic
while
We are given with two functions: f(x) = 6x + 13 and g(x) = 4x + 18. We are given with h(x) which is associated with f(x) + g(x). The sum of 6x + 13 + 4x + 18 equal to 10x + 31 indicating Bob will make more money working alone or by teaming with Susie. The answer hence to this problem is C. h(x) = 10x + 31, team with Susie
