Answer and Explanation:
The computation of the equivalent units of production for both materials and conversion costs is given below:
For material
= Units completed + ending work in process × completion percentage
= 7,700 + 2,100 × 0.75
= 9,275 units
And, for conversion cost
= Units completed + ending work in process × completion percentage
= 7,700 + 2,100 × 0.25
= 8,225 units
<span>To find the compound interest of an investment you have to use this formula, A = P(1 + r/n)^nt, where A is the total amount you have after the investment period, P is the amount you invest or the amount you put in, r is the rate of the of the compound interest in this case 10%, n is the amount of time the interest will be compounded for example, 4 months a year(quarterly) or 6 months a year(semi annually), and t is the amount of time you invest in years.
So in this case you are going to substitute everything in the formula with their given value. So P = $700, r = 10%, n = 21 (because it is the number of months we invest for), and t = 2 years (because 21 months fit perfectly in 2 years, and t must always be in years). The resulting formula will be A = $700(1 + 0.1/21)^(21 x 2), which will give you an answer of $855 rounded to the nearest dollar.</span>
Answer:
bots
Explanation:
A bot is an application which simulates an individual's interaction with other users or systems. They are usually able to perform simple and repetitive tasks in large quantitative which would be very improbable for a human to perform, e.g. they can spend several days in social media applications.
In this case, brokers probably used bots to purchase tickets by making several small purchases.
Answer:
Vacoule
Explanation:
vacuole can be regarded as membrane-bound organelle. They can be found in cell of fungi as well as plant, I could also be found in some of the bacteria and protist cell.Those that are found in animal cell do sequester waste products in the cell, and those in plant cell helps in maintaining water balance. In plant cell, just single vacoule could take up so much space.It should be noted that Large membranous sacs are more prevalent in plant cells and some protozoa than in animal cells. These sacs in plant cells might function in vacoule.