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3 years ago

Describe at least three design decisions you could make to create a clear, effective presentation

Business

2 answers:

Veronika [31]3 years ago

6 0

Answer and explanation:

Different features make presentations effective. The most important is including only keywords in the presentation so the explaining will be made by the presenter, including graphics and pictures to attract the audience, and keeping the same layout and registry for the information portrayed.

olga_2 [115]3 years ago

4 0

Spacing, color, and contrast

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Use the following information to answer the question: Cost of car: $26,000 Residual value: $6,000 Life: 5 years Using the given

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(26000-6000)/5=4000
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3 years ago

Given the following linear demand forecast: Demand = 50 + 10 X (where X is the desired forecast period), what is the predicted f

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3 years ago

These are the four stages of the business cycle:

Brut [27]

Answer:

IT'S D

Explanation:

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3 years ago

During the year, Bears Inc. recorded credit sales of $620,000. Before adjustments at year-end, Bears has accounts receivable of

AleksandrR [38]

Answer:

Bad Debt Expense Dr. $28050

Allowance for Uncollectible accounts Cr. $28050

Explanation:

given data

credit sales = $620,000

accounts receivable = $320,000

past due = $55,000

credit balance = $2,600

rate = 7 %

rate = 22 %

solution

so here Not yet past due is = $320,000 - $55,000 -

Not yet past due = $265,000

and

past due = $55,000

so Required provision is

Required provision = $265,000 × 7 % + $55,000 × 22 %

Required provision = $30650

and

Opening balance is $2,600

Required expense for year = $30650 - $2,600

Required expense for year = $28050

so here

correct entry is

Bad Debt Expense Dr. $28050

Allowance for Uncollectible accounts Cr. $28050

8 0

3 years ago

What is the expected value when a $1 lottery ticket is bought in which the purchaser wins exactly $10 million if the ticket cont

Nadusha1986 [10]

We expect to lose $0.37 per lottery ticket

Explanation:

six winning numbers from = { 1, 2, 3, ....., 50}

So, the probability of winning:

$P(win) = \frac{ no of favorable outcomes}{no of possible outcomes}$

$P(win) = \frac{1}{^5^0C_6} \\\\P (win) = \frac{6! X (50 - 6)!}{50!} \\\\P(win) = \frac{6! X 44!}{50!} \\\\P(win) = \frac{1}{15,890,700}$

The probability of losing would be:

P(loss) = 1 - P(win)

$P(loss) = 1 - \frac{1}{15,890,700} \\\\P(loss) = \frac{15,890,699}{15,890,700}$

According to the question,

When we win, then we gain $10 million and lose the cost of the lottery ticket.

So,

$10,000,000 - 1 = $9,999,999

When we lose, then we lose the cost of the lottery ticket = $1

The expected value is the sum of the product of each possibility x with its probability P(x):

E(x) = ∑ xP(x)

$= 9,999,999 X \frac{1}{15,890,700} + ( -1 ) X \frac{15,890,699}{15,890,700} \\\\=- \frac{5,890,700}{15,890,700} \\\\= - \frac{58,907}{158,907} \\\\= - 0.37$

Thus, we expect to lose $0.37 per lottery ticket

7 0

3 years ago