Answer:
Since the requirements were missing, I looked for similar questions:
(a) Liquidity ratio for individuals
basic liquidity ratio = cash (liquid) assets / monthly expenses = $16,000 / $7,000 = 2.29
Depending on the maturity of the investment assets, the liquidity ratio could increase, but since the information is limited, we can only consider liquid assets. E.g. if the investment assets include bonds that mature in a very short term they should be included in this formula, but if they include bonds that mature in x number of years, then they aren't included.
(b) Debt-to-asset ratio :
generally the formula is debt to asset ratio = $175,400 / $326,000 = 0.54
(c) Debt service-to-income ratio
debt service to income ratio = monthly payments / gross income = ($450 + $2,200) / $13,000 = $2,650 / $13,000 = 0.20
(d) Debt payments-to-disposable income ratio
debt payments to disposable income ratio = monthly payments / disposable income = ($450 + $2,400) / $6,000 = $2,650 / $6,000 = 0.44
We have taken risk management seriously since our early days as asset managers. Rather than seeing risk as something on the side or something on which we must focus for reasons of formality, we have long embedded risk management into our core investment process.
With the right risk framework in place, not only can portfolios experience better downside protection, but there can also be more potential for investors to see higher returns and diversify more optimally. In today's investment environment, it can be difficult to distinguish among markets and identify which risks are pertinent to your portfolios.
Productivity is the average measure of the productivity of the firms. It is usually measured in output to input. When all the outputs and inputs are involved in the production process, it is now called the total productivity.
Answer:
option 1 and option 2
Explanation:
option 1 and option 2
1)Take up the box: force is upwards, displacement is upwards as well, so good work as force & displacement are in the same direction
2) Accelerating:: because the individual is moving, force is positive, displacement is also in the same direction, so the work is positive.
3) carrying box at fixed speed :: as speed remain constant , force = 0 , therefore work =0
4) Decelerating to stop :: force is -ve because it is moving to finally stop, thus negative work
5) Lowering of the box :: force acts up direction , displacement is down , hence -ve work
