I THINK ITS MIDDLE FINGERS AT THESE AHOLE MODERATORS
Answer:
Increase sales force need and commence prospecting
Explanation:
With scenarios like existence in market for over two years, existence of untapped potentials in the sales unit, and a great marketing opportunity that abound with moderate pricing, such furniture business only requires to immediate prospecting to potential client whose needs are in tune with their furniture products and establish a proposal. Also, the sales force should practice the lead approach in their prospecting such that every discussion with an initial prospect should generate lead to three other persons. With this process and a fair market price in a competitive market, coupled with product quality will yield the expected turnover after a projected period.
Answer:
$2,253.35
Explanation:
external financing needed = EFN = [(total assets/total sales) x ($ Δ sales)] - [(total current liabilities/total sales) x ($ Δ sales)] - [profit margin x forecasted sales in $ x (1 - dividend payout ratio)]
total assets = $48,900
total sales = $42,700
$ Δ sales = $5,978
current liabilities = $3,650
profit margin = net income / sales = 0.129
forecasted sales = $48,678
dividends payout ratio = dividends / net income = 0.35
EFN = [($48,900/$42,700) x ($5,978)] - [($3,650/$42,700) x ($5,978)] - [0.129 x $48,678 x (1 - 0.35)]
EFN = $6,846 - $511 - $4,081.65 = $2,253.35
Answer:
c. 5
Explanation:
L Q MPL (ΔinQ/ΔinL) VMPL
4 52
5 60 8 80
6 66 6 60
7 70 4 40
8 72 2 20
Note: Labour hired per day = L, Total product = Q, Marginal Product of labor=MPL, VMPL =Price*MPL
A firm will maximize the profit by increasing the number of labor as long as VMPL is higher than or equal to the wage rate. In this case, we observe that VMPL ($80)>wage rate ($75) for L=5 but VMPL ($60)<wage rate ($75) for L=6. So, the optimal number of labor to be hired is 5.
Answer:
Supply-side bonding jumper
Explanation:
A supply side bonding jumper is a transmitter on the stockpile side or inside an assistance or independently inferred framework to guarantee the electrical conductivity between metal parts required to be electrically associated.
A bonding jumper on the stock side of an over current gadget
The size of the stock side holding jumper depends on the unground stage conductors
