Answer:
0.3516 g/mL
Explanation:
Solubility = Mass of dry solute/ Volume of aqueous solution
= 87.9g / 250 ml
= 0.3516 g/mL
The number of parts used for the wheels is,
(300,000 wheels) x (2 parts/wheel) = 600,000
For the seats,
(600,000 seats) x (3 parts/seat) = 1,800,00
From the calculation above, the ratio of wheels to total number of parts is 0.25 which means that the overhead allocated for the wheels should be equal to $165,000. The rest of the money should be for Sam, totaling to $495,000.
Answer:
The correct answer is 0.4
Explanation:
Marginal Propensity to consume
21 Billions- 16 Billions = 5 Billions
2 Billion ÷ 5 Billions = 0.4
The MPC will be equal to 0.4
Answer:
P₀ = $59.45
Explanation:
the numbers are missing so I looked for a similar question:
- expected EPS = $2.775
- retain 0% of earnings (years 1 - 2)
- retain 48% of earnings (years 3 - 4)
- then retain 23%
- expected return on new projects = 22.4%
- Re = 10.7%
growth rate = retention rate x return on new projects
g₁ = not given EPS₁ = $2.775
g₂ = 1 x 22.4% = 22.4% EPS₂ = $3.3966
g₃ = 1 x 22.4% = 22.4% EPS₃ = $4.1574
g₄ = 0.48 x 22.4% = 10.752% EPS₄ = $4.6044
g₅ = 0.48 x 22.4% = 10.752% EPS₅ = $5.0995
g₆ = 0.23 x 22.4% = 5.152% EPS₆ = $5.3622
dividend payout ratio expected dividend
year 1 = 0 $0
year 2 = 0 $0
year 3 = 0.52 $2.1618
year 4 = 0.52 $2.3943
year 5 = 0.77 $3.9266
year 6 = 0.77 $4.1289
since the growth rate became constant at year 6, we can find the terminal value for year 5:
terminal value year 5 = $4.1289 / (10.7 - 5.152%) = $74.4214
P₀ = $0/1.07 + $0/1.07² + $2.1618/1.07³ + $2.3943/1.07⁴ + $3.9266/1.07⁵ + $74.4214/1.07⁵ = $0 + $0 + $1.7647 + $1.8266 + $2.7996 + $53.0614 = $59.45
