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3 years ago

Sb-44 what should you do to avoid capsizing or swamping?

1 answer:

8 0

A boat become swapped when excessive water enter it through the holes in the bottom. Swapping can lead very quickly to capsizing. The leading causes of swamping include: overloading, improper load distribution in the vessel, free-boards that are unsuitable for sea condition, improper towing, operator errors and mechanical failure. Boat swamping and capsizing can be prevented by avoiding the errors listed above and by checking vessels very well for mechanical faults before using them.

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Which of the following is a capital resource? a. A computer programmer. b. A corporate bond issued by a computer manufacturer. c

Furkat [3]

Answer:

The answer is B. corporate bond issued by a computer manufacturer

Explanation:

Capital in business is the money committed to the business by its owner or owners. Capital can also be from a borrowed fund e.g loan

Bond is a long term loan issued to finance a capital project.

Therefore, the corporate bond issued by a computer manufacturer is a capital.

Option A which is a computer programmer is a human asset.

Option C is an inventory (Current assets). This is used to make computer chips.

Option D is an asset

6 0

3 years ago

Liam O'Kelly is 20 years old and is thinking about buying a term life insurance policy with his wife as the beneficiary. The qu

Rashid [163]

Because the future value of annual premiums deposited in a mutual fund is 755 (F/A, 9%, 45) = $397,023.34, Then, the friend is correct since the mutual fund is roughly three times the sum under the Insurance policy.

<h3>Was Liam's suggestion correct?</h3>

Generally, Premium payment is mathematically given as

X=60-20

X=45years

Where future value is

755 (F/A, 9%, 45)

In conclusion

755 (F/A, 9%, 45) = 755 * 525.8587

755 (F/A, 9%, 45) = $397,023.34

Read more about Arithmetic

brainly.com/question/22568180

Complete Question

Liam O'Kelly is 20 years old and is thinking about buying a term life insurance policy with his wife as the beneficiary. The quoted annual premium for Liam is $8.39 per thousand dollars of insurance coverage Because Liam wants a $90,000 policy (which is 2.5 times his annual salary), the annual premium would be $755, with the first payment due immediately (i.e., at age 21). A friend of Liam's suggests that the $755 annual premium should be deposited in a good mutual fund rather than in the insurance policy. "If the mutual fund earns 9% per year, you can become a millionaire by the time you retire at age 65," the friend advises.

3 0

2 years ago

Over the course of 40 years, Sal grew his company to six package shipping stores. with his retirement approaching and the increa

Pavel [41]

Answer:

C. defensive strategy

Explanation:

Defensive strategy is been represented by the effort of Sal's reduction.

Basically in defensive strategy, the consumers and the customers are been hold-back by the companies and organisations. In this when competition increases the companies try to pull back their old customers from their competitors company.

In the scenario which is been represented in the question the Sal's company indulge's in the action that is known as defensive strategy.

7 0

3 years ago

You found your dream vacation cottage in the mountains and your offer of $78,000 was accepted. You plan to put 20% down and will

zepelin [54]

Answer:

financing 62,400 dollars

Monthly Payment $ 465.48

Total Interest 21,386.4

Rounding to nearest $ 100

Additional $$ 34.52

We save up to 16 payments and $2,136.4 in interest.

By-weekly payment $232.60

Total Interest saved $ 194.4

Explanation:

78,000 less 20% down-payment: 62,400

Monthly Payment

$PV \div \frac{1-(1+r)^{-time} }{rate} = C\\$

PV $62,400.00

time 180

rate 0.0034375

$62400 \div \frac{1-(1+0.0034375)^{-180} }{0.0034375} = C\\$

C $ 465.484

Total Interest

quota times time less principal

$ 465.48 x 180 - 62,400 = 21,386.4

$ 500 - $ 465.48 = $ 34.52

$C \times \frac{1-(1+r)^{-time} }{rate} = PV\\$

C $500.00

time n

rate 0.0034375

PV $62,400.0000

$500 \times \frac{1-(1+0.0034375)^{-n} }{0.0034375} = 62400\\$

$(1+0.0034375)^{-n}= 1-\frac{62400\times0.0034375}{500}$

$(1+0.0034375)^{-n}= 0.571$

We now use logaritmics properties to solve for n

$-n= \frac{log0.571}{log(1+0.0034375)$

-163.2956066

180 - 164 = 16 payments

Total Interst 500 x 163.30 - 62,400 = 19,250

Interest savings 21,386.4 - 19,250 = 2,136.4

If payment are bi-weekly:

then payments will be:

$PV \div \frac{1-(1+r)^{-time} }{rate} = C\\$

PV $62,400.00

time 360

rate 0.00171875

$62400 \div \frac{1-(1+0.00171875)^{-360} }{0.00171875} = C\\$

C $ 232.598

And total Interest:

232.2 x 360 - 62,400 = 21,192

Difference 21,386.4 - 21,192 = $ 194.4

6 0

3 years ago

A $600,000 state lottery prize is spread evenly over twelve years ($50,000 a year) (Alternative 1), or you may take a lump distr

scZoUnD [109]

Answer and Explanation:

The computation of the present values of both alternatives is shown below:

For alternative one, the lump sum amount is

= Yearly payment × PVIFA factor at 8% for 12 years

= $50,000 × 7.5361

= $376,805

And, in the alternative 2, the lumpsum amount i.e. present value is $452,000

So as we can see that the alternative 2 is better as the lumspsum amount is high as compared with the alternative 1

5 0

3 years ago