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4 years ago

When must you sign a deposit slip?

2 answers:

6 0

If you are depositing a check or some money, You never need to sign a deposit slip that says "sign here if cash received from deposit".

As it says, "sign here if cash received from deposit" that signing has to be in front of the Teller. So, if you are depositing your check or money especially through an ATM, there would be no reason for you to affix your signature...you're not withdrawing, you are depositing.

lesya [120]4 years ago

4 0

I believe the answer is: B. You only need to sign a deposit slip when receiving cash.

Deposit slip would be filled with a list of cash and cash equivalent that you give to bank teller to be added to your bank account.
Most bank provide the services which allow you to take small percentage of your deposited check in the form of cash. When doing this, you need to sign it as a form of authorization.

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Following are selected transactions for Vitalo Company. Nov. 1 Accepted a $6,000, 180-day, 8% note dated November 1 from Kelly W

umka21 [38]

Answer:

As at April 30

Dr. Account Receivable (120 days / 180 days x 6000 x 0.08) ..$320

Cr. Interest Income......................................................................................$320

Being accrued interest Income for current year to date on note receivable

Dr. Bank..............................................................................................$6,483

Cr. Accounts Receivable ($6000 note receivable + $163 + $320)...$6,483

Being settlement of note receivable with total accrued interest Income

Explanation:

Following are selected transactions for Vitalo Company.

Nov. 1 Accepted a $6,000, 180-day, 8% note dated November 1 from Kelly White in granting a time extension on her past-due account receivable.

As at November 1

Account receivable = $6,000 and Note Receivable = $6000

Dec. 31 Adjusted the year-end accounts for the accrued interest earned on the White note.

As at December 31

Dr. Account Receivable (61 days /180 days x 6000 x 0.08) ..$163

Cr. Interest Income......................................................................................$163

Apr. 30 White honored her note when presented for payment; February has 28 days for the current year.

As at April 30

Dr. Account Receivable (120 days / 180 days x 6000 x 0.08) ..$320

Cr. Interest Income......................................................................................$320

Being accrued interest Income for current year to date on note receivable

Dr. Bank..............................................................................................$6,483

Cr. Accounts Receivable ($6000 note receivable + $163 + $320)...$6,483

Being settlement of note receivable with total accrued interest Income

4 0

3 years ago

Read 2 more answers

Afirm has production function q=10"(L^0.5)*(K^0.5), where "L"0.5" means "L raised to the 0.5 power," and the same applies to the

Amanda [17]

Answer:

(A) 15 × p

(B) $225\times p{^2}$

Explanation:

(B) direct= demand function of labor will be,

Q: f(w),

where Q is labor demand quantity and is function of wage

K=9 constant, then production function changes to,

$=30L^{0.5}$

Marginal product of labor:

$= 15L^{-0.5}$

Marginal revenue product or value of marginal product:

$=15p\times L^{- 0.5}$

This is showing what revenue a firm will generate due to hiring one additional unit of labor.

So firm will keep hiring until the revenue the additional labor is generating is equal to its hiring cost or wage.

So, putting MRP or VMP to wage:

$P\times15\times L^{-0.5}=W$

By solving,

$\frac{(225\times p^{2})}{W^{2}}=L$

And the multiplicative term is $225\times p{^2}$

(A) Inverse demand function of labor will be,

W: f(Q)

where W is wage rate and demand function of labor demanded quantity.

As previously solved,

$P\times15 \times L^{0.5}=W$

and the multiplicative constant term is 15 × p.

$=10L^{0.5}\times k{^0.5}$

$MP=\frac{(5\times k^{0.5})}{L^{0.5}}$

$VMP=\frac{P(5\times k^{0.5})}{L^{0.5}}$

( p is market price of good that firm is producing using labor)

putting it equal to Wage)

$W=\frac{(5\times k^{0.5})}{L^{0.5}}$

and the constant term is $P\times 5\times k^{0.5}$ .

Note:

I did a) second place and b) on first . I already put the serial alphabet on the start of the answer.

8 0

3 years ago

The corporate charter of Martin Corporation allows the issuance of a maximum of 4,000,000 shares of $1 par value common stock. D

Mrrafil [7]

The question is incomplete. Here is the complete question

The corporate charter of Martin Corporation allows the issuance of a maximum of 4,000,000 shares of $1 par value common stock. During its first three years of operation, Martin issued 3,200,000 shares at $15 per share. It later acquired 30,000 of these shares as treasury stock for $25 per share. Based on the above information, answer the following questions:

a. How many shares authorized?

b. How many shares were issued?

c. How many shares are outstanding?

d. What is the balance of the Common Stock account?

e. What is the balance of the Treasury Stock account?

Answer:

(a) 4,000,000 shares

(b) 3,200,000 shares

(d) $3,200,000

(e) $750,000

Explanation:

(A) Number of shares that was authorized is 4,000,000

(B) Number of shares that was issued is 3,200,000

= number of shares issued-acquired shares in the treasury stock

= 3,200,000-30,000

= 3,170,000

(D) The balance of common stock account can be calculated as follows

= number of shares that was issued-per value

= 3,200,000×$1

= $3,200,000

(E) The balance of the treasury stock account can be calculated as follows

= acquired shares in the treasury stock×price per share

= 30,000×$25

= $750,000

6 0

3 years ago

If a business is not making a profit, the entrepreneur knows that ________. no one wants to buy the product/service he/she is no

igor_vitrenko [27]

b. he/she is not making good use of scarce resources

5 0

3 years ago

You have been asked to analyze the bids for 200 polished disks used in solar panels. These bids have been submitted by three su

katrin [286]

Answer:

the price per unit is $1.20

Explanation:

The computation of the price per unit for Thailand Polishing is shown below:

= 2,400 ÷ 200 polished disks

= 12 bhat/unit

Given that

$1 = 10

So, 12 baht it is

= 1 ÷ 10 × 12 baht

= $1.2

Hence, the price per unit is $1.20

The same should be considered

4 0

3 years ago