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3 years ago

The goal of _____ is to make it convenient for consumers to find and purchase products at many locations and in many ways.

1 answer:

8 0

The answer is C. intensive distribution.
The goal of Intensive distribution is to make it convenient for consumer to find and purchase products at many locations and in many ways. This kind of distribution distributes their products on a many locations.

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The following information pertains to Lightning Inc., at the end of December: Credit Sales $ 20,000 Accounts Payable 10,000 Acco

timama [110]

Answer:

The appropriate amount of Bad Debt Expense is $3,345.20.

Explanation:

The appropriate amount of Bad Debt Expense can be calculated as follows:

Bad debt expense = (Percentage of accounts receivable not yet due it will not collect * Accounts receivable not yet due) + (Percentage of receivables up to 30 days past due it will not collect * Amount of receivables up to 30 days past due) + (Parentage of receivables of receivables greater than 30 days past due it will not collect * Amount of receivables greater than 30 days past due) - Allowance for Uncollectible Accounts (credit) ……………………… (1)

Substituting the relevant values into equation (1), we have:

Bad debt expense = (7% * $7,500) + (20% + $2,300) + (46% * $2,000) - $400 = $3,345.20

Therefore, the appropriate amount of Bad Debt Expense is $3,345.20.

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3 years ago

Access Macros are built from a set of predefined actions, allowing you to automate common tasks.

Lina20 [59]

TureAnswer:

Explanation:

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3 years ago

Customer value can be defined as Multiple choice question. obtaining a product or service at the lowest price possible, regardle

Paladinen [302]

That’s crazy math right there am I right

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3 years ago

Market equilibrium Consider the demand function of tofu given by Qd = 150 – 10p + 5pb and the supply function of tofu given by Q

ser-zykov [4K]

Answer:

a) Qs = 50 + 20p - 7ps

= 50 + 20p - 7×(2)

= 50 + 20p - 14

= 36 + 20p

At equilibrium, $Q_{d}$ = $Q_{s}$

So, 150 - 10p + 5 $p_{b}$ = 36 + 20p

So, 20p + 10p = 30p

= 150 - 36 + 5 $p_{b}$

= 114 + 5 $p_{b}$

So, p = (114/30) + (5/30) $p_{b}$

= 3.8 + 0.17 $p_{b}$

Thus, $p_{e}$ = 3.8 + 0.17 $p_{b}$

Q = 36 + 20p

= 36 + 20(3.8 + 0.17 $p_{b}$ )

= 36 + 76 + 3.4 $p_{b}$

= 112 + 3.4 $p_{b}$

Thus, $Q_{e}$ = 112 + 3.4 $p_{b}$

b) $p_{e}$ = 3.8 + 0.17 $p_{b}$

= 3.8 + 0.17×(5)

= 3.8 + .85

= 4.65

$Q_{e}$ = 112 + 3.4 $_{b}$

= 112 + 3.4(5)

= 112 + 17

= 129

c) Qd = 150 - 10p + 5pb = 150 - 10(2.5) + 5(5) = 150 - 25 + 25 = 150

Qs = 36 + 20p = 36 + 20(2.5) = 36 + 50 = 86

Thus, there is excess demand as $Q_{d}$ > $Q_{s}$

d) New $Q_{d}$ = 180 - 10p + 5 $p_{b}$

= 180 - 10p + 5×(5)

= 180 - 10p + 25

= 205 - 10p

Now, new $Q_{d}$ = $Q_{s}$ gives,

205 - 10p = 36 + 20p

So, 20p + 10p = 205 - 36

So, 30p = 169

So, p = 169÷30

So, $p_{e}$ = 5.63

Q = 205 - 10p = 205 - 10×(5.63) = 205 - 56.3 = 148.7

So, $Q_{e}$ = 148.7

6 0

3 years ago

Convert the following temperature to Celsius scale (a) 450 k, (b) 273 k, (c) 73 k.

masya89 [10]

Answer: See explanation

Explanation:

To convert to Celcius scale from Kelvin, the formula to use is:

Temperature in Celcius = Temperature in Kelvin - 273

a. 450k

Temperature in Celcius = Temperature in Kelvin - 273

= 450 - 273

= 177°Celcius

(b) 273 k

Temperature in Celcius = Temperature in Kelvin - 273

= 273 - 273

= 0°C

Temperature in Celcius = Temperature in Kelvin - 273

= 73 - 273

= -200°C

6 0

3 years ago