A ____ order to buy or sell a stock means to execute the transaction at the best possible price.

As Shirley responded to a personnel director's concerns about changing to the health-care plan her firm offered, she said, "I ca

erik [133]

Answer:

Reffeal

Explanation:

A letter of reference is an effective method for establishing clear communication with information needed to clarify possible doubts and bring credibility. It should be written in a formal manner, highlighting the strengths of the message to be conveyed beyond clear, accurate and honest language.

5 0

3 years ago

Myriad Solutions, Inc. issued 10% bonds, dated January 1, with a face amount of $320 million on January 1, 2021, for $283,294,72

otez555 [7]

Answer:

The net amount of the liability Myriad would report in its balance sheet at December 31, 2021 is $287,524,896

Explanation:

First, we need to determine the amount of discount on the bond at the time of issuance

Discount on Bond = Face value - Issuance value = $320,000,000 - $283,294,720 = $36,705,280

June 30, 2021

Now we will use the effective interest method to calculate the amortization of discount on the bond.

Amortization of Discount = ( Carrying Value x Market yield ) - ( Face value x Coupon rate ) = ( $283,294,720 x 12% ) - ( $320,000,000 x 10% ) = $33,995,366.4 - $32,000,000 = $1,995,366.4 = $1,995,366

Carrying value = $283,294,720 + $1,995,366 = $285,290,086

December 31, 2021

Now we will use the effective interest method to calculate the amortization of discount on the bond.

Amortization of Discount = ( Carrying Value x Market yield ) - ( Face value x Coupon rate ) = ( $285,290,086 x 12% ) - ( $320,000,000 x 10% ) = $34,234,810.32 - $32,000,000 = $2,234,810.32 = $2,234,810

Carrying value = $285,290,086 + $2,234,810 = $287,524,896

5 0

2 years ago

Rick is a machine operator in a plastic manufacturing company. He believes that if he performs better, he will receive more ince

Gennadij [26K]

Instrumentality.

Since Rick believes that working hard will result in better incentives and his attitude towards these incentives is not known, we can say that in the context of expectancy theory of motivation, that this scenario best reflects the factor of instrumentality.

Vroom's expectancy theory of motivation attempts to explain that people choose to perform certain actions over other in a manner that aims to maximize pleasure and reduce pain to lowest possible extent.

There are three factors that affect motivation : expectancy, instrumentality and valence.

Expectancy : refers to the belief of working harder with the expectation of attaining the goals set within an organization.

Instrumentality : refers to the belief that one will be rewarded if certain goals are met. These rewards may take the form of increased wages, recognition, increased incentives etc.

Valence: refers to the value attached by the worker to the reward that has been attained.

4 0

3 years ago

Going on ____ refers to the practice of a subordinate male convincing an ovulating female to move away from the community's terr

slamgirl [31]

Answer:

I can see that there are no choices.

mate-guarding

Explanation:

"Alternative mating strategies" are being used by either female or male animals in order to defend the mating partner from another potential partner.

In order to access the certainty of the male to the female, the male uses the strategy of mate-guarding. This means that the male makes sure that he guards the female and wards off intruders. This also prevents the female to seek other potential partners.

So, this explains the answer.

6 0

3 years ago

Find the velocity and position vectors of a particle that has the given acceleration and the given initial velocity and position

Murljashka [212]

Answer:

v(t) = (2t + 1)i + 3t²j + 4t³k

r(t) = (t² + t)i + (t³ + 7)j + (t⁴ - 4)k

Explanation:

a(t) = 2i + 6tj + 12t²k

v(t) = ∫a(t)dt

= ∫(2i + 6tj + 12t²k)dt

= 2ti + (6t²/2)j + (12t³/3)k + c

= 2ti + 3t²j + 4t³k + c

v(0) = i

i = 0i + 0j + 0k + c

c = i

∴ v(t) = 2ti + 3t²j + 4t³k + i

v(t) = (2t + 1)i + 3t²j + 4t³k

r(t) = ∫ v(t)dt

= i ∫ (2t + 1)dt + 3j ∫ t²dt + 4k ∫ t³dt

= i (2t²/2 + t) + 3j(t³/3) + 4k(t⁴/4) + d

= i (t² + t) + jt³ + t⁴k + d

r(0) = 7j - 4k

0i + 0j + 0k + d = 7j - 4k

d = 7j - 4k

∴ r(t) = (t² + t)i + t³j + t⁴k + 7j - 4k

r(t) = (t² + t)i + (t³ + 7)j + (t⁴ - 4)k

8 0

3 years ago