Answer:
PV= $11,889.05
Explanation:
Giving the following information:
Future Value (FV)= $13,000
Number fo periods (n)= 3*2= 6 semesters
Interest rate (i)= 0.03/2= 0.015
<u>To calculate the initial deposit, we need to use the following formula:</u>
PV= FV/(1+i)^n
PV= 13,000 / (1.015^6)
PV= $11,889.05
Answer: Please refer to Explanation
Explanation:
Advise I would give.
1. The process for the collection of cash should be changed to bring in revenue faster. This can be done in a variety of ways,.
- By including in the terms of the contract that the service has to be paid for within a certain period such as a maximum of 4 weeks and then follow up each week on the customer so that they remember that they have a due bill.
- Giving payment based discounts such as a 5% discount if the service is paid for within a fortnight.
- Telling the customer to pay first, if not the full amount, at least a down payment with the total being settled at a later date.
These are but just some ways of getting the money faster but the bottomline is that payment needs to be received faster because the nurses are paid on a weekly basis.
2. Focus more on Patients with Insurance.
The company has a very low clientele base that use insurance and they should aim to increase that figure. This is because Insurance pays out timely and IHHPC will be sure that their payment will come because an Insurance company is bound by certain rules and regulations. For security of payments therefore, they should increase their insurance based clientele.
The benefits value of employees pay is 10- 20
Four major categories of Primary energy use are:
1. Transportation
2. Industrial Process
3. Commercial and residential use
4. Generation of electrical power
Transportation depends entirely on petroleum, whereas
nuclear power, coal, and water power are limited to the production of
electricity. Electricity is in most commercial and residential use. Industrial processes
use natural gas, oil, and electricity. Some oil, natural gas and biomass are
used for the generation of electricity.
Answer:
Explanation:
In an elimination reaction, the non-preferred geometry in which the β hydrogen and the leaving group are on the same side of the molecule is called syn periplanar. According to the Zaitev rule, the major product in a β-elimination has the more substituted double bond. In an E1 reaction, the rate depends on only the alkyl halide concentration. The rate of the E2 reaction increases as the strength of the base increases because the reaction is biolecular and the base appears in the rate equation. Carbocation intermediates are involved in E1 mechanisms. Polar aprotic solvents increase the rate of the E2 reactions. Anti periplanar geometry is the preferred arrangement for any alkyl halide undergoing E2 elimination, regardless of whether it is cyclic or acyclic.
