<u><em>Capitalists want to make money . . . the best way to do that is to make businesses/production more profitable by increasing production to a large scale (i.e. industrialization)</em></u>
The amount of current liabilities is $23,600
Current liabilities refers to liabilities of a company that have to be settled in cash within the fiscal year.
The current liabilities here are Deferred revenue, Accounts payable and Interest payable. Note that notes payable are due in more than 12 months, so, these are not a current liability.
Amount of Current Liabilities = Deferred revenue + Accounts payable + Interest payable
Amount of Current Liabilities = $4,300 + $13,700 + $5,600
Amount of Current Liabilities = $23,600
<em>See related question here</em>
<em>brainly.com/question/15723359</em>
Answer:
The company could pay up to 866,965.89 dollars today to solve the current heat exchanger situation
Explanation:
We have to determinate the present value of 7 year annuity which increase at a rate of 7% when the cost of capital is 15% being the first quota 175,000 dollars
grow rate 0.07
required return 0.15
Cuota 175,000
n 7
PV = 866,965.89
Answer:
putting a halt on the layoffs
Explanation:
This strategy should begin by putting a halt on the layoffs. This should be top priority since the layoffs themselves are the main cause for the criticism that the company is receiving and this criticism is the sole reason as to why its market position and staff productivity has fallen drastically. People think the company is failing and the staff is scared that they will eventually be fired. By stopping layoffs and waiting for a market recovery you give other better options a chance to arise and more efficient strategies to take effect.
Answer:
Ans. A) $9,314.45
Explanation:
Hi, first we have to bring to present value the monthly payments to be made for 30 years (360 months). In order for this to be useful, we have to convert this annua compounded monthly rate (6.25%) to an effective rate, that is 6.25% / 12 = 0.5208%. Now, when we find this present value, we are going to substract it from the price of the house and that is the value of the down payment. But let´s just go ahead and do it together.
We have to use this formula to bring to present value the $1,595.85 monthly payments, for 30 years (360 months) at a rate of 6.25% (0.5208% monthly).

It should look like this


Now, let´s go ahead and find the down payment.


So, the answer is a). $9,314.45
Best of luck.