<span>Workers typically get dirty if they work at a job site for Landfills, Construction sites or in Slaughter Houses</span>
In this item, we let the number of tickets sold to the adults as x. With this, we can let the number of tickets sold to students with y.
In this item, we are given that the sum of the number of students and adults is equal to 600. Further, we are also given that the difference is 150. The system of linear equation that would allow us to solve this item is,
x + y = 600
x - y = 150
Adding up the two equations will give us,
2x = 750
Dividing by 2,
x = 375
Substituting this value to the first equation,
375 + y = 600
y = 225
Therefore, there are 375 and 225 number of tickets sold to adults and students, respectively.
Due to the increase in the price of the pizza, it is conclusive that the demand will decrease. Assume that the amount he will earn will stay the same and it is the product of the number of pizza and the price, the choice that would satisfy this is the third choice.
Answer:
(B) $20 billion
Explanation:
Given a certain level of MPC, an increase in government spending (G) by a certain amount translates to an increase in aggregate demand (AD) through the relationship below.
where Δ means <em>change.</em>
<em />
Therefore, given ΔAD of $50 billion, and MPC of 0.6,
= 
= 
= ΔG = 50 * 0.4 = 20
Therefore, increase in government purchases = $20 billion.
Answer:
4%
Explanation:
The Gordon constant growth dividend model =
Value = dividend / cost of capital - growth rate
Subsisting with the values given in the question gives :
25 = 2.5/0.14 - g
To solve for g,
1. multiply both sides by 0.14 - g
25(0.14 -g) = 2.5
2. divide both sides by 25
0.14 - g = 0.10
g = 0.04 = 4%
