<span>An economy moves from short-run equilibrium to its long run equilibrium as a result of the upward adjustment of minimal wages, prices, and perceptions to a new price level. If government spending increases, total demand will increase as well.</span>
I believe the answer is B
Answer:
the operating cash flow is $17,820
Explanation:
The computation of the operating cash flow is shown below;
Annual depreciation = $87,000 ÷5
= $17,400
Now
Operating cash flow is
= (sales - cash costs - depreciation) × (1 - tax rate) + depreciation expense
= ($75,000 - $57,000 - $17,400) × (1 - 0.3) + $17,400
= $420 + $17,400
= $17,820
hence, the operating cash flow is $17,820
Answer:
Bundle 1: Beer = 2; Pizza = 6
Bundle 2: Beer = 3; Pizza = 4
Bundle 3: Beer = 4; Pizza = 3
Bundle 4: Beer = 12; Pizza = 1
Explanation:
Given that;
Lisa utility function UF(X,Y) = 4XY
where;
X = beer
Y = Pizza


The utility level = 48
so, UF(X,Y) = 4XY
putting different values of X (i.e beer ) given to us in this equation, we can calculate the values of Y(i.e pizza) to fulfill the utility
So; when X (beer) = 2
48 = 4×2×Y
48 = 8Y
Y = 48/8
Y = 6
Thus, Bundle 1: Beer = 2; Pizza = 6
when X (beer) = 3
48 = 4×3×Y
48 = 12 Y
Y = 48/12
Y = 4
Thus; Bundle 2: Beer = 3; Pizza = 4
when X (beer) = 4
48 = 4×4×Y
48 = 16 Y
Y = 48/16
Y = 3
Thus; Bundle 3: Beer = 4; Pizza = 3
when X(beer) = 12
48 = 4×12×Y
48 = 48 Y
Y = 48/48
Y = 1
Thus; Bundle 4: Beer = 12; Pizza = 1