Q and A for the topic: General

The company MONTES, SA is dedicated to the furniture marketing business, it has the following accounts for analysis: Real estate for $15,500, vehicles for $8,000, long-term debt for $9,100, suppliers for $8,500, short-term debt for $9,500. It has inventories of $7,500, capital for $7,500, reserves for $2,500, clients for $6,500 and cash of $1,100 (data worked in thousands). It is known that, in the last year, the company has credit sales of $5,200 and cash sales of $3,400. The company has sales costs of $2,700; variable expenses of $1,100 (data in thousands); and variable costs correspond to 20% of sales revenue. Based on the above, carry out the following activities: 1. Prepare the company's financial statement to be presented to the board of directors. 2. Determine the accounts and create the general balance sheet of the financial statements for the company. 3. Perform the financial analysis of the company for the current period.

determines the affine function whose graph is the line that passes through the points P(5,8) and Q(0,5)

assuming you used exactly 2.000 g of Zn and 1.26 g of CuSO4 compute the theoretical yeild in grams of copper.

2. A home appliance store sells washing machines with the following conditions: S/. 2,000 as the first payment and 11 additional monthly payments that decrease by 5% each month with respect to the previous payment. If the effective interest is 15% per year, what is the amount to be paid in cash for the purchase of the washing machine? And what is the amount of interest if it is paid in 12?

A company sold a total value of 540,000.00 in 2009 and had 30,000.00 in accounts receivable on 12/31/2009, what is the PMRV?

Given that 1 kilogram (kg) = 2.2 pounds (lbs), how many kg are there in 130 lbs? (round to the nearest tenth)

The water cooling system of a vehicle contains 7.2 litres of water. Calculate the rise in water temperature if 1.36 MJ of heat energy are absorbed by the water in the system. Take water = 4200 J/kgK and water has a mass of 1 kg per litre.

A field of geysers in Yellowstone may display an eruption between once every 45 minutes, to as much as every 13 hours. Assume the probability is a uniform continuous probability distribution. Find the theoretical average time between eruptions for geysers in this field, and the theoretical standard deviation for these times.

Derive the functions: f(x)= (3x^1/2 + 7x)^4/5

1.9, 1.9, 2.7, 3.9, 4.9, 5.7, 7.3, 8.2 find the standard deviation

The Brennan Co. just paid a dividend of $1.40 per share on its stock. Dividends are expected to grow at a constant rate of 6% per year indefinitely. If investors require a 12% return on Brennan Co. stock, what is the current price?

Is 15/8 greater than, less than or equal to 7/4?

Let q represent the amount of output produced by a particular firm. Let TC denote total costs of production for this firm, FC denote fixed costs, VC denote variable costs, MC denote marginal costs, ATC denote average total costs, and AVC denote average variable costs. Using this notation, the following is true about the firm’s cost structure: FC=$100 at q=0. MC=$60 at q=1. VC=$110 at q=2. ATC=$90 at q=3. AVC=$60 at q=4. TC=$420 at q=5. In dollars, what is TC at q=0? (Enter a number.) (Hint: Make a table with 6 rows and 7 columns in which the first column is labeled q and ranges from 0 to 5, and the other columns are labeled TC, FC, VC, MC, ATC, and AVC. Enter the information provided above into the appropriate cells of the table. Using this information, you should be able fill in all of the remaining cells of the table.)

Given that 1000 milliliters (ml) = 1 liter, how many liters is 23 mL?

A 2-day automobile trip of 880 miles is planned. Half of this distance is to be traveled each day at a rate of 55 miles per hour. How many hours will be driven each day, given that D=RT? (D = Distance, R = Rate, T = Time)

375 is what percent of 125?

To solve 18 x 20

Given that 1 cup = 236.588 milliliters (ml) and 8 ounces = 1 cup, how many ounces is 3 ml?

What number is 24% more than $10,368 ?

experiment (S1): ideal environment In the first test, a culture medium for bacteria was generated where the ideal temperature for their reproduction cycle was maintained. This allowed us to accurately predict the quantity of bacteria after having gone through a division process, through an expotential model defined as follows: S1 (x) = 4 * C ^ 0.57x + 3 Where x corresponds to the hours elapsed since the start of the experiment and S1 the number of bacteria at this moment. What was the initial amount of bacteria in the experiment?