Results Structural equation modeling indicated a) lower levels of available support for diabetes management, higher depression scores and older age predicted more peer contact and b) more contact predicted lower final HbA1c levels, as well as lower baseline BMI and diabetes anxiety and fewer years of life with diabetes
The model equations are the conservation of mass, energy and momentum in their basic form, i.e. the sum of inflows and outflows and also the transformation of one conserved quantity into another.
The mathematical model we just used was in the form of a formula or equation. Equations are the most common type of mathematical model. Here is another example of an equation as a mathematical model. Let's say a store is having a sale where everything in the store is 15% off.
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<span> its C which says One poster displays many types of wartime jobs to show that every citizen should work in some way to help their country</span>
Answer:
27%
Explanation:
The actual rate being charge on these loans is the effective annual rate and the formula to calculate it is:
i=(1+(r/m))^m−1
i= effective annual rate
r= interest rate in decimal form=0.24
m=number of compounding periods per year= 52 (a year has 52 weeks).
i=(1+(0.24/52))^52-1
i=1.27-1
i=0.27
According to this, the answer is that the actual rate being charge on these loans is 27%.
Answer:
a. A long position is a bet that the number is going to fall while a short position is a bet that the number will rise in the future.
Explanation:
The derivative contract is a contract in which the contract is to be done between two or more parties regarding the value i.e. depend upon the financial asset i.e. underlying. It involves the bonds, commodities, etc
So according to the given options, the option a is correct as long position is a bet in which the number is to be decline while on the other hand in the short position the number would increase
Answer:
800 units of product A must be sold for break-even
Explanation:
Given, weighted-average contribution is $100.
Total break-even units = Total fixed cost / Weighted-average contribution
Total break-even units = $400,000 / $100
Total break-even units = 4,000 units
Product A break-even = 4,000 x 20%
Product A break-even = (800 units)
Hence, the correct answer is 800 units.
