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3 years ago

What is the quotient of 65,610 ÷ 18?

Mathematics

2 answers:

ankoles [38]3 years ago

5 0

The answer to this is 3645

g100num [7]3 years ago

4 0

<span>65,610 divided by 18 would give you answer of is 3645</span>

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Use ratio language to describe the relationship between 2 dogs and 1 cat

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3 years ago

A study by Allstate Insurance Co. finds that 82% of teenagers have used cell phones while driving (the Wall Street Journal, May

Strike441 [17]

The probability that the sample proportion is within ± 0.02 of the population proportion is 0.3328

<h3>How to determine the probability?</h3>

The given parameters are:

Sample size, n = 100
Population proportion, p = 82%

Start by calculating the mean:

$\mu = np$

$\mu = 100 * 82\%$

$\mu = 82$

Calculate the standard deviation:

$\sigma = \sqrt{\mu(1 - p)$

$\sigma = \sqrt{82 * (1 - 82\%)$

$\sigma = 3.84$

Within ± 0.02 of the population proportion are:

$x_{min} = 82 * (1 - 0.02) = 80.38$

$x_{max} = 82 * (1 + 0.02) = 83.64$

Calculate the z-scores at these points using:

$z = \frac{x - \mu}{\sigma}$

So, we have:

$z_1 = \frac{80.36 - 82}{3.84} = -0.43$

$z_2 = \frac{83.64 - 82}{3.84} = 0.43$

The probability is then represented as:

P(x ± 0.02) = P(-0.43 < z < 0.43)

Using the z table of probabilities, we have:

P(x ± 0.02) = 0.3328

Hence, the probability that the sample proportion is within ± 0.02 of the population proportion is 0.3328

Read more about probability at:

brainly.com/question/25870256

#SPJ1

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2 years ago

Is the graphed function linear?

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Answer:

please provide an image of the graph

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2 years ago

A tourist in London looks up at the clock in Big Ben tower and finds that it is exactly 8:00. When she looks up at the clock lat

Andrew [12]

To answer that question we need to use THE RULE OF THREE, this rule will help us solving linear relation problems.

Solution is:

The hour hand will turn (1/36)×π

The Table

Step minute hand hour hand

0-5 (1/6)×π (1/72)×π

10 (2/6)×π (1/36)×π

15 (3/6)×π = π/2 (1/24)×π

20 (4/6)×π = (2/3)×π (1/18)×π

25 (5/6)×π (5/72)×π

30 (6/6)×π = π (1/12)×π

35 (7/6)×π (7/72)×π

40 (8/6)×π (8/72)×π

45 (9/6)×π = (3/2)×π (3/24)×π

50 ( 10/6)×π ( 10/72)×π

55 (11/6)×π (11/72)×π

60 (12/6)×π = 2×π (12/72)×π = π/6

We know that each complete minute hand turn, is a 2×π angle turn, then a 5 minutes turn is (1/12) × 2×π = (π/6)
We will use that relationship to build the table and answer the question

If 2×π angle for a minute hand turn is equal to 1 hour, then

(2/6) angle for a minute hand turn is equal to "x" turn in the hour hand

So by Rule of Three, we proceed

2×π ( Of minute hand) ⇒ (1/6)×π (of hour hand)

(2/6)× π ( Of minute hand) ⇒ x

Solving for x

2×π × x = (2/6)× π × (1/6)×π

2× x = (2/36)×π

x = (1/36)×π

Now to build the table in 5 minutes steps:

Related Link: brainly.com/question/19586594

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3 years ago