Ask question

Ask question

All categories

3 years ago

12

Pablo Company has budgeted production for next year as follows:QuarterFirst Second Third FourthProduction in units 48,000 88,000

98,000 78,000Three pounds of material A are required for each unit produced. The company has a policy of maintaining a stock of material A on hand at the end of each quarter equal to 25% of the next quarter's production needs for material A. A total of 38,000 pounds of material A are on hand to start the year. Budgeted purchases of material A for the second quarter would be:72,500 pounds.330,000 pounds.271,500 pounds.337,500 pounds.

1 answer:

Margaret [11]3 years ago

5 0

Answer:

271,500 pounds

Explanation:

Given:

Quarter FIRST SECOND THIRD FOURTH

Production in unit 48000 88000 98000 78000

Raw material per unit 3 3 3 3

=================================================================

Thus,

Need for material = Production in unit × Raw material per unit

=================================================================

Quarter FIRST SECOND THIRD FOURTH

Need for material in production 144,000 264,000 294,000 234,000

Desired ending inventory = 25% of next quarter's production needs for material

==================================================================

ADD:

Desired ending inventory 66000 73500 58500

==================================================================

Total need of material = Need for material in production + Desired ending inventory

==================================================================

Quarter FIRST SECOND THIRD FOURTH

Total need of material = 210,000 337,500 352,500

Beginning inventory 38000 66000 73500

==================================================================

Total purchase = Total need of material - Beginning inventory

==================================================================

Quarter FIRST SECOND THIRD FOURTH

Total purchase = 172,000 271,500 279,000

Hence,

The answer is 271,500 pounds

You might be interested in

Investments and loans base their interest calculations on one of two possible methods: the the interest and interest methods. Bo

Ghella [55]

Answer:

Compound Interest ⇒ FV = PV x (1 + I ) ^N
Simple Interest ⇒ FV = PV x I x N

Explanation:

With compound interest the rate of growth needs to be compounded which is why the time period is used to exponentially adjust it.

With simple interest there is no compounding so the value is simply the interest that will be earned every period (which is a constant value) multiplied by the number of periods and the amount to be invested.

3 0

3 years ago

Suppose you invest $2500 each year in a savings account that earns 12% per year. How much will be in the account in 10 years?

iVinArrow [24]

Answer:

Final Value= $43,871.84

Explanation:

Giving the following information:

Suppose you invest $2500 each year in a savings account that earns 12% per year.

Number of years= 10

To calculate the final value we need to use the following formula:

FV= {A*[(1+i)^n-1]}/i

A= annual deposit= 2,500

i= 0.12

n=10

FV= {2,500*[(1.12^10)-1]}/0.12= $43,871.84

4 0

3 years ago

Compute the present value of an $1,350 payment made in nine years when the discount rate is 11 percent. (Do not round intermedia

xeze [42]

Answer:

<h2>The present value of PV in this case is $527.76 approximately.</h2>

Explanation:

The mathematical or accounting formula of Present Value(PV)= $\frac{FV}{(i+r)^{n} }$ where FV denotes the future cash payment to be made,r represents the discount rate and n is the number of years in which the future payment has to made.Here,the future cash payment of FV is given as $1350,the discount rate is 11% or 0.11 and the number of years in which the FV has to be paid is 9 years.

Hence,PV in this case= $\frac{1350}{(1+0.11)^{9} }=\frac{1350}{(1.11)^{9} }=\frac{1350}{2.5580 }=527.76 dollars$ approximately

Therefore,based on the information given the PV in this case is $527.76 approximately.

3 0

3 years ago

Consider this problem: Fast Auto Service provides oil and lube service for cars. It is known that the mean time taken for oil an

astraxan [27]

Answer:

The maximum time guaranteed = 19.04 minutes.

Explanation:

From the given problem data, we have:

Let Y be the random variable which follows the normal distribution.

So,

Y ~ N(u = 15, SD = 2.4

Where, u = mean and SD = Standard Deviation

Let the maximum time guaranteed is = M

So,

P (Y > M) = 0.05 equation 1

Convert this equation 1 into standard normal variable, that is,

P(Y> M) = 0.05

1 - P(Y $\leq$ M) = 0.05

P(Y $\leq$ M) = 1 - 0.05

P(Y $\leq$ M) = 0.95

P $(\frac{Y-u}{SD} \leq \frac{M-u}{SD} )$ = 0.95

P ( Z $\leq \frac{M - 15}{2.4}$ ) = 0.95 Equation 2

From the equation 2, we have,

$\frac{M-15}{2.4}$ = 1.644853627

1.644853627 value is from using the function of Excel

( =NORSINV(0.95)) = 1.644853627

So,

M = 1.644853627 + 2.4 + 15

M = 19.04

Hence, the maximum time guaranteed = 19.04 minutes.

6 0

3 years ago

What seems to be the prevailing opinion about enterprise clouds

aleksley [76]

It's used by almost everyone

6 0

3 years ago