Answer: Aggregate Demand will shift by $25 billion dollars at each price level
Explanation:
1 % rise in Household wealth increases , Consumer Spending by $5 Billion. We can assume that when Household wealth Decreases by 1% consumer spending decreases by $5 billion dollars.
if Household Wealth Decreases by 5% aggregate demand will fall by $25 Billion (1% represents 5 Billion, so 5% will be $5 Billion x 5). Aggregate Demand Curve will initially shift by $25 billion at each price level when household wealth Falls by 5%
Sorry I don’t know the answer I am just answering to see something about my points because they are negative and I am trying something I am so
Answer:
desired ending inventory= 5,400 units
Explanation:
Giving the following information:
Sales= 40,000 units
Beginning finished goods= 3,800 units
Production= 41,600 units
<u>To calculate the desired ending inventory, we need to use the following formula:</u>
Production= sales + desired ending inventory - beginning inventory
41,600= 40,000 + desired ending inventory - 3,800
41,600 + 3,800 - 40,000= desired ending inventory
desired ending inventory= 5,400 units
Answer: c.disruptive
Explanation: A disruptive Innovation is one that leverages new technologies to attack existing markets from the bottom up (existing market/new technology).
Answer:
dv= 989100cm^3
Explanation:
The volume of a sphere can be calculated using below formula
Volume of a sphere = 4/3 π r^3
Therefore, for a hemisphere, V= 2/3 pi r^3
V=(4/3)πr³
V= 2/3πr³
dV/dr=4πr²
Then we need to pproximate dV/dr with
ΔV/Δr then we have
Volume of hemispherical some is one half of the the volume of a sphere where dr is change in radius, dv is change in volume
dV/dr=2πr²
Take the derivative of V with respect to r then we have
dV=2πr²dr
where
Radius = diameter/2
Our diameter is 30cm then
r=30m/2 = 15cm
Then we convert to cm we have
r= 1500cm
dv= 2×π ×(1500)^2 × 0.07
dv= 989100cm^3
the amount of paint in cubic centimeters needed to apply a coat of paint 0.07 cm thick to a hemispherical dome with a diameter of 30 meters is
989100cm^3