Answer:
Note: <em>Some words are missing and are attached as picture below</em>
<em />
The 5 components of GDP from the table that together sum to national income are:
<em>a. Compensation of employees</em>
<em>b. Corporate profits</em>
<em>c. Net interest</em>
<em>d. Proprietors' income </em>
<em>e. Rental income</em>
<em />
Disposable Income = Personal Income - Personal Taxes
Personal Income = Disposable Income + Personal Taxes
Personal Income = 525 + 110
Personal Income = 635
National income = Personal Income + Social Insurance Tax + Corporate Profit Taxes + Undistributed Corporate Profits - Transfer Payments
National income = 635 + 5 + 4 + 6 - 50
National income = 600
Answer:
The answer is No-Damage-For-Delay Clause
Explanation:
The effect of the "No-Damage-For-Delay" provisions is to establish as a general rule, provided that there is no contractual provision, that a contractor or a delay in the performance of its contract may claim damages from the owner or the general contractor if the delay was caused by the owner. If this clause is present in the contract, the contractor cannot claim compensation for delays in project planning, regardless of the source.
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The viability of Cattle Supply’s exporting strategy could be constrained by transportation costs, particularly of products that can be produced in almost any location and have a <u>low value-to-weight ratio</u>.
<h3>What is the meaning of a low value-to-weight ratio?</h3>
A low value-to-weight ratio is the comparison of the monetary value of an item versus its weight.
For example, before Cattle Supply Inc. can successfully adopt an exporting strategy, it must consider that its dairy farming equipment has low monetary value when compared with the weight, especially in transportation costs.
Though exporting should offer Cattle Supply Inc. the prospect of new markets, improved sales and profits, and a greater customer spread, it should not export when its product has a low-value-to-weight ratio.
Thus, the viability of Cattle Supply’s exporting strategy could be constrained by transportation costs, particularly of products that can be produced in almost any location and have a <u>low value-to-weight ratio</u>.
Learn more about exporting strategies at brainly.com/question/26783042
Answer:
Bond Price = $97.4457408 million rounded off to $97.45 million
Explanation:
To calculate the price of the bond today, we will use the formula for the price of the bond. We assume that the interest rate provided is stated in annual terms. As the bond is an annual bond, the coupon payment, number of periods and annual YTM will be,
Coupon Payment (C) = 113 million * 0.05 = 5.65 million
Total periods (n) = 30
r or YTM = 0.06 or 6%
The formula to calculate the price of the bonds today is attached.
Bond Price =5.65 * [( 1 - (1+0.06)^-30) / 0.06] + 113 / (1+0.06)^30
Bond Price = $97.4457408 million rounded off to $97.45 million