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3 years ago

Which of the following best explains why commodity futures contracts are transferable

1 answer:

ioda3 years ago

4 0

The reason why commodity futures contracts are transferable is: <span>They can be bought and sold but the obligation in the contract remains valid.

Commodity futures contract is an agreement to buy or sell a specific asset at a specific price somewhere in the future.
This contract does not specify the name of the person who should buys the asset, so it could be transferable as long as the exchange is still fuiflled.

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After describing herself to the personnel director during a job interview, Jane added that she liked to attend formal affairs. A

Lemur [1.5K]

<h2>According to Allport, this preference is an example of a <u>Secondary trait</u></h2>

Explanation:

There are 3 types of traits.

1. Cardinal traits:

This is the dominating traits
The person can be found by the qualities

2. Secondary traits:

This is closely related to attitudes

This is also related to preferences of a human

This would differ from person to person

This might change according to the situation.

3. Central traits:

This forms the base for the personality development
This would be meaningful
Central traits can be polite, helping, anxiety, etc.

5 0

3 years ago

Read 2 more answers

What is the best way to pursue a leadership position?

cestrela7 [59]

D would actually be the correct answer because this would actually help improve your qualities of becoming that important leader. And by this, it would show your <span>leadership position</span>

4 0

3 years ago

On March 1, 2021, Bearcat lends an employee $20,000. The employee signs a note requiring principal and interest at 9% to be paid

almond37 [142]

Answer:

Debit interest receivable $1,500

Credit interest revenue $1,500

Explanation:

Adjust entries are used in accounting to record accrued revenue or expense at the end of an accounting period.

On March 1, 2021, Bearcat lends an employee $20,000. The employee signs a note requiring principal and interest at 9% to be paid on February 28, 2022.

We are to calculate the adjustment at December 31, 2021.

We need to calculate interest accrued at year end. The loan would have stayed for 10 months.

Interest= principal* rate* time

Interest= 20,000* 0.09* (10/12)

Interest = $1,500

So we will debit interest receivable for $1,500 and credit interest revenue.

5 0

2 years ago

Investment Management Inc. (IMI) uses the capital market line to make asset allocation recommendations. IMI derives the

algol13

Answer:

The expected return that IMI can provide subject to Johnson's risk constraint is 8.5%

Explanation:

Capital Market Line (CML)

Expected return on the market portfolio, E( $r_m$ ) = 12 %

Standard deviation on the market portfolio, σ $_p$ = 20%

Risk-free rate, $r_f$ = 5%

E( $r_c$ ) = $r_f$ + [ E( $r_p$ ) - $r_f$ ] × ( σ $_c$ ÷ σ $_p$ )

= 0.05 + [ 0.12 - 0.05] × (0.10 ÷ 0.20)

= 8.5%

5 0

3 years ago

Agan Interior Design provides home and office decorating assistance to its customers. In normal operation, an average of 2.5 cus

Phantasy [73]

Answer:

A) Single-server single-phase model (M/M/1).

$\lambda=2.5 \,customers/hour\\\\\mu=6\,customers/hour$

B) The goal is not met, as the average time waiting for service is 5.56 minutes.

C) The new mean service rate is 7.5 customers/hour.

In this case, the average time waiting for service is 4 minutes, so the goal is met.

Explanation:

A) This situation can be modeled as a single-server single-phase model (M/M/1).

The mean arrival rate is 2.5 customers per hour.

$\lambda=2.5 \,customer/h$

The mean service rate is 6 customers per hour, calculated as:

$\mu=\frac{60\, min/h}{10 \,min/customer}=6\, customer/h$

B) The average waiting time for a customer can be expressed as:

$W_q=\frac{\lambda}{\mu}\frac{1}{\mu-\lambda} =\frac{2.5}{6}\frac{1}{6-2.5} =0.417*0.222=0.093\,hours\\\\W_q=0.093\,hours*(60min/h)=5.56 \,min$

The average waiting time is 5.56 minutes, so it is more than the goal of 5 minutes.

C) If the average time spent per customer to 8 minutes, the mean service rate becomes

$\mu=\frac{60\, min/h}{8 \,min/customer}=7.5\, customer/h$

An the average waiting time for the service now becomes:

$W_q=\frac{\lambda}{\mu}\frac{1}{\mu-\lambda} =\frac{2.5}{7.5}\frac{1}{7.5-2.5} =0.333*0.2=0.067\,hours\\\\W_q=0.067\,hours*(60min/h)=4 \,min$

The average time is now 4 minutes, so the goal is achieved.

6 0

3 years ago