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Suppose you win on a scratch‑off lottery ticket and you decide to put all of your $ 3,500 winnings in the bank. The reserve requ

Katarina [22]

Answer:

$3,325

Explanation:

Reserves are maintained to fulfil the customers withdrawal requirement. It is imposed by the State bank over the Banks to hold a specific percent of cash as reserves. Bank hold the reserves and invest or utilize the residual in the market.

In this question 5% of $3,500 will be reserved and the remaining $3,325 will be available for the money supply in the market in different forms.

the maximum possible increase in the money supply as a result of your bank deposit is $3,325.

5 0

3 years ago

Stock J has a beta of 1.26 and an expected return of 13.46 percent, while Stock K has a beta of .81 and an expected return of 10

Oxana [17]

Answer:

J = 0.422

K = 0.58

Explanation:

When a portfolio is said to have risk that is equal to market, this means that the beta is equal to 1.

Let us define the weight of stock J = x

Let us define the Weight of stock K = (1-x)

To get the The Beta of portfolio = (x*1.26) + ((1-x)*0.81) = 1

When we open the brackets,

1.26x + 0.81 - .81x = 1

1.26x-0.81x = 1-0.81

0.45x = 0.19

To get x we divide through by 0.45

X = 0.422

Therefore the Weight of stock J = 0.422

Then the Weight of stock K = 1 - 0.422 = 0.578

Approximately 0.58

5 0

3 years ago

assume a company uses the weighted average method in its processing costing august 1 balance 62000 and materials 310,000 consist

gayaneshka [121]

Answer:

see explanation

Explanation:

<em>Hi, your question is incomplete, I tried to look for it online but I could not find it. Here is an explanation on the steps to solve the problem.</em>

Step 1 : Determine the Total Materials Cost

Total Materials Cost

Opening WIP cost $310,000

Costs added during the period $40500

Total $350,500

Step 2 : Total Equivalent units for materials

Equivalent units for materials = Completed units + Equivalent units in ending work in process inventory.

Step 3 : Unit equivalent cost for materials

Unit equivalent cost = Total Cost ÷ Total equivalent units

Step 4 : ending work in process inventory cost

Ending work in process inventory = Unit equivalent cost x equivalent units in ending work in process with respect to materials

6 0

3 years ago

Are perfectly competitive markets allocatively allocatively efficient in the long run?

antiseptic1488 [7]

Yes, because firms produce where the marginal benefit to consumers equals the marginal cost of production.

7 0

3 years ago

The owner of an orange grove must decide when to pick one variety of oranges. She can sell them for $27 a bushel if she sells th

uysha [10]

Answer:

The oranges should be picked in 2 weeks for maximum return

Explanation:

We assume that the return of the owner is y ($)

Assume that the number of weeks the oranges should be picked to have maximum return is x (weeks). (x≥0)

If collect now, the price for each bushel is $27

As the price per bushel decrease by $1.50 per bushel each week

=> After x weeks, the price of a bushel decrease: 1.5x ($)

=> The price of 1 bushel after x weeks is: 27 - 1.5x ($)

If collect now, each tree can yield 7 bushels

As the yield increases by half a bushel per week for the next 5 weeks

=> After x weeks with x ≤ 5, each trees would yields: 7 + 0.5x (bushels)

The return = The price of each bushes × The quantity of bushels

=> $y = (27-1.5x)(7+0.5x)$

⇔ $y= 27 (7 +0.5x) - 1.5x(7+0.5x) = 189 + 13.5x - 10.5x - 0.75x^{2}$

⇔ $y = -0.75x^{2} +3x +189$

We have: if the equation has the form of $y =ax^{2} +bx +c$ with a≠0, its maximum value is: $max y = c - \frac{b^{2} }{4a}$

In the equation $y = -0.75x^{2} +3x +189$ , we have: a = -0.75; b = 3; c = 189

=> $max y = c -\frac{b^{2} }{4a} = 189 - \frac{3^{2} }{4.(-0.75)} = 189 - \frac{9}{-3} = 189 - (-3) = 189+3 = 192$

To look for the number of weeks, we should find x (0≤x≤5) with which y = 192

$192 = -0.75x^{2} +3x +189$

⇔ $-0.75x^{2} + 3x + 189 - 192 = 0$

⇔ $-0.75 x^{2} + 3x - 3 =0$

⇔ $-0.75x^{2} + 4*0.75x - 0.75*4 =0$

⇔ $x^{2} -4x + 4 = 0$

⇔ $(x-2)^{2} = 0$

⇔ x = 2

The oranges should be picked in 2 weeks for maximum return

7 0

3 years ago