Answer: $413.81
Explanation:
Price of a bond = Present value of coupon payments + Present value of face value
Coupon is a constant payment so is an annuity.
Coupon = 6% * 1,000 = $60
Price of bond = Present value of annuity + Present value of face value
= (Coupon * Present value interest factor of annuity (PVIFA), 27 periods, 15%) + (Face value / (1 + rate) ^ number of periods)
= (60 * 6.514) + (1,000 / (1 + 15%)²⁷
= $413.81
The internal growth rate of a firm is best described as the: A. minimum growth rate achievable assuming a 100 percent retention ratio. B. minimum. The tax rate and the dividend payout ratio will be held constant. Current and. The Two Sisters has a 9 percent return on assets and a 75 percent retention ratio.
hope this helps.
Answer:
- I think Ben should encourage the Senior Management to call a multidisciplynary meeting and do some research.
Explanation:
<em>I think Ben is right</em>. Even though the statement is technically correct, it may mislead customers.
Customers may interpret the phrase "<em>no sugar added</em>" as if the product did not contain any sugar.
Thus, customers interested in drinking beverages without sugar at all might think they are "safe" consuming the smoothie beverage, when in reallity each <em>smoothie's bottle contains sugar 35 g of naturally occurring sugars from the fruit.</em>
Customers deserve to be certain on what they are buying, thus the labels must be a sincere help for them, and not ambiguos at all.
This is a "gray zone" and an example of what in ethics is called a dilema.
I think the decision should be shared by a wider team and based on some research.
I think Ben should encourage the Senior Management to call a multidisciplynary meeting, where the subject is widely discussed. Also, I would suggest Ben to do some research, look for precedents about labeling in the industry, and try to learn the opinion of the FDA about this sensitive matter.
Given the table showing <span>next year's expected costs
and activities below:
![\begin{tabular} {|C||C|C|} & Mixing & Baking\\[1ex] Direct labor hours&411,000 DLH&91,000 DLH\\ Maching hours&811,000 MH&811,000 MH\\[1ex] Overhead costs&\$534,300&\$411,000 \end{tabular}](https://tex.z-dn.net/?f=%5Cbegin%7Btabular%7D%0A%7B%7CC%7C%7CC%7CC%7C%7D%0A%20%26%20Mixing%20%26%20Baking%5C%5C%5B1ex%5D%0ADirect%20labor%20hours%26411%2C000%20DLH%2691%2C000%20DLH%5C%5C%0AMaching%20hours%26811%2C000%20MH%26811%2C000%20MH%5C%5C%5B1ex%5D%0AOverhead%20costs%26%5C%24534%2C300%26%5C%24411%2C000%0A%5Cend%7Btabular%7D)
Pard A:
</span><span>Aztec's departmental
overhead rate for the mixing department based on direct labor
hours is given by the mixing department's overhead cost divided by the mixing department's direct labor hours.
Thus, </span><span>departmental
overhead rate for the mixing department based on direct labor
hours is given by:

Part B:
</span>Aztec's departmental
overhead rate for the baking department based on direct labor
hours <span>is given by the baking department's overhead cost divided by the baking department's direct labor hours.
</span><span>Thus, <span>departmental
overhead rate for the baking department based on direct labor
hours is given by:

Part 3:
</span></span>Aztec's departmental
overhead rate for the baking department based on machine
hours <span>is given by the baking department's overhead cost divided by the baking department's machine hours.
</span><span>Thus, <span>departmental
overhead rate for the baking department based on machine
hours is given by:

</span></span>
<span>
<span>The
gas motor also known as the four stroke internal combustion engine created by
Nickolaus Otto was first used to generate power in a motorcycle and later on
used in vehicles among other machinery. Power is generated from this engine
through a cycle that consists of four steps. A mixture of air and fuel is
introduced into an enclosed combustion chamber, this mixture is compressed
and then ignited (thus causing an explosion)and then resulting exhaust gases
are expelled from the combustion chamber. This reaction generates heat energy
which is then converted into mechanical energy when the piston moves up and
down. This motion is transferred to a crankshaft which powers a flywheel that
maintains the rotary motion.</span></span>