Forecasting future human resource requirements for his company is a part of the human resource planning process.
Forecasting is the method of making predictions based totally on past and present statistics. Later those can be compared to what takes place. For example, an agency may estimate its sales within the next year, then examine it against the actual consequences. Prediction is similar, but the extra preferred time period.
Forecasting is a way that uses historic statistics as inputs to make informed estimates which can be predictive in determining the course of destiny traits. Businesses utilize forecasting to decide on a way to allocate their budgets or plan for expected expenses for an upcoming time frame.
There are 4 trendy steps in the Human Resource Planning process: identifying the modern supply of personnel, determining the future of the body of workers, balancing between labor supply and demand, and developing plans that help the employer's goals.
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Let x represent the number of packages Charlie needs to sell to make a monthly income of $5, 000
Since he sells cookies only in packages of 10 then he has to sell 10x to make that income. But Charlie has expenses that has to be deducted from his total sales to make that figure.
So the total expenses is $1, 500 in overhead and an extra $3.50 per material per package. So the total expenses = 1500 + 3.50x
If he has to make $5, 000 at the end of the month we have
10x - (1500 + 3.50x) = 5000
10x - 1500 - 3.50x = 5000
6.50x = 5000 + 1500 = 6500
Solving we find:
x = 1, 000 packages
Answer:
The answer is option D
Explanation:
The bond can be issued at par, at a discount or at a premium depending on the coupon rate and the market interest. The price of the bond which pays semi annual coupon can be calculated using the formula of bond price. The formula to calculate the price of the bond is attached.
First we need to determine the semi annual coupon payment, periods and YTM.
Semi annual coupon payments = 2000000 * 0.1 * 6/12 = 100000
Semi annual periods = 5 * 2 = 10
Semi annual YTM = 0.08 * 6/12 = 0.04
Bond Price = 100000 * [(1 - (1+0.04)^-10) / 0.04] + 2000000 / (1+0.04)^10
Bond Price = $2162217.916
The price of the bond is thus $2162290 approx. The difference in answers is due to rounding off.
Answer: 28.57%
Explanation:
Average return given the variables will be;
Average rate of return =
Average rate of return = 1,000,000/3,500,000
Average rate of return = 28.57%
<span>open opportunity - allows people to participate in the market of their choice and what they want to do in the market
legal equality - assures people in each market have the same rights</span>