The answer for this question is: Stabilize the reaction
Chemicals with highly energetic reaction will have more risk to create high-energy force if we somehow fail to contain it safely.
When you need to evacuate, this type of reaction could create an explosion, so it's really advised to stabilize the reaction first.
Answer:
The correct answer is A: interest= $21048
Explanation:
An amortization schedule is a complete table of periodic loan payments, showing the amount of principal and the amount of interest that comprise each payment until the loan is paid off at the end of its term. While each periodic payment is the same amount early in the schedule, the majority of each payment is interest; later in the schedule, the majority of each payment covers the loan's principal.
Each payment is the same ($49,148), but the proportions of interest and capital pay changes. The interest proportion decreases from pay to pay.
Loan= 186000
i= 15%
n= 6 years
First pay:
i=186000*0,15=27900
amortization= 49148-27900=21248
Second pay:
i=(186000-21248)*0,15=24712
amort=49148-24712=24436
Third pay:
i=(164752-24436)*0,15=21048
amort=49148-21048=28100
While payments progress, interest decreases and amortization increases.
The I believe the answer is undifferentiated marketing
Answer:
d. A 24/7 technical support hotline with a team that is knowledgeable about the product and business goals of the company's customers.
Explanation:
The other software companies are already selling their product as a one off sale at retail stores. The president of the software company wants to sell his product as SaaS (software as a service) where customers will pay monthly subscription.
Customers are going to be paying more to use his product so he needs to get a competitive edge and give value that his competitors are not delivering to the customer.
Setting up a 24/7 customer support line with a team that can help the customer meet their business goals will give his product an edge.
Answer: 0.143
Explanation:
Given the following :
Average package weight(m) = 1.9kg
Standard deviation(sd) = 1.4kg
Upper Tolerance Limit (UTL) = 2.5kg
Lower Tolerance limit (LTL) = 1.1kg
Cpk = min[( average weight -Lower Tolerance Limit / 3 (standard deviation) , (UTL- average weight / 3(Standard Deviation)]
Cpk = min[( 1.9 - 1.1 / 3 (1.4)) , (2.5 - 1.9 / 3(1.4))]
Cpk = min[(0.8 / 4.2), (0.6 / 4.2)]
Cpk = min[0.190, 0.143])
Hence,
Process capability index = 0.143
