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3 years ago

6.24 in standard form

Mathematics

1 answer:

sineoko [7]3 years ago

3 0

That is standard form, if you are looking for the expanded form then it's 6+.2+0.4

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Three salesmen work for the same company, selling the same product. And, although they are all paid on a weekly basis, each sale

yanalaym [24]

GIVEN:
<span>Salesman A works strictly on commission. He earns $65 per sale, with a maximum weekly commission of $1,300.
Salesman B earns a weekly base salary of $300, plus a commission of $40 per sale. There are no limits on the amount of commission he can earn.
Salesman C does not earn any commission. His weekly salary is $900.

Salesman A: 1300 </span>≤ 65S
Salesman B: P = 40S + 300
Salesman C: P = 900

Salesman A can only have 20 sales. 1,300/65 = 20. It should not go beyond that because it will go beyond the limit of 1,300 per week.

Salesman B will earn 1,100 for 20 sales. P = 40(20) + 300 = 800 + 300 = 1,100.

Salesman C will earn 900 regardless if he had 0 or 20 sales for the week.

You can do your own graph using my equations.

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2 years ago

X + 3x + x<br> Simplify

lana [24]

Answer:
5x

Answer Explained:
All the x’s add up together to make 5x

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3 years ago

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A deep-sea diver must descend and ascend in short steps to equalize pressure on his body. If the diver rises toward the surface

Ray Of Light [21]

Start by multiplying 15 by 5, and you get 75. then subtract that from 82, and you get 7. Since you are below the surface, the number is negative. So you get -7.

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Answer this!<br> Solve the inequality.<br> - 3x + 6 > -2

Vinil7 [7]

1 ) Subtract 6 from both sides .

-3x > -2 - 6

2) simplify -2 - 6 to -8.

-3x > -8

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x < -8/-3

4)two negatives make a positive

x < 8/3

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3 years ago

PLEASE HELP ASAP I REALLY NEED HELP AND EXPLINATION I WILL GIVE BRAINLIEST!!

Lady bird [3.3K]

The given data can be completed in a tabular form by using the given data

points row and column totals.

Responses:

Part A: The percentage of the respondents that do not like both hamburgers and burritos is approximately 26.34%

Part B: The marginal relative frequency is approximately 0.537

Part C: The data point that has strongest association of its two factors is the data point for the respondents that like hamburger but do not like burritos which is 81

<h3>Methods used for the calculations:</h3>

The given data is presented as follows;

$\begin{tabular}{|l|c|c|c|}&Like hamburgers&Does not like hamburgers& Total\\Likes burritos&29&41&\\Does not like burritos &&54&135\\Total&110&&205\end{array}\right]$

Number of respondents that do not like burritos = 135 - 54 = 81

The total number of respondents that do not like hamburgers = 41 + 54 = 95

The total number of respondents that like burritos = 29 + 41 = 70

Part A:

Number of respondents that do not like both hamburgers and burritos = 54

The percentage of the survey that do not like both hamburgers and burritos (H∩B)' is therefore;

$Percentage \ of \ (H \cap B)' = \mathbf{\dfrac{54}{205} \times 100} = 26.\overline{34146} \ \% \approx 26.34 \ \%$

The percentage that do not like both hamburgers and burritos is approximately <u>26.34%</u>

Part B:

Marginal relative frequency of all customers that like hamburgers.

$Marginal \ relative \ frequency = \mathbf{\dfrac{Total \ number \ of \ customers \ that \ like \ hamburgers}{Grand \ total \ of \ repondents \ in \ the \ survey}}$

Therefore;

$Marginal \ relative \ frequency = \dfrac{110}{205} = \dfrac{22}{41} \approx \underline{ 0.537}$

Part C:

The completed table is presented as follows;

$\begin{tabular}{|l|c|c|c|}&Like hamburgers&Does not like hamburgers&Total\\Likes burritos&29&41&70\\Does not like burritos&81&54&135\\Total&110&95& 205\end{array}\right]$

The conditional relative frequencies are presented as follows;

$Conditional \ relative \ frequency \ (row)\\\begin{tabular}{|l|c|c|c|}& Cond. Rel. Frequency&&Total\\Likes burritos&29 \div 70 \approx 0.414&41 \div 70 \approx 0.586 &70 \div 70 = 1 \\Does not like burritos&81 \div 135 = 0.6&54 \div 135= 0.4&135 \div 135 = 1\end{array}\right]$

$Conditional\ Relative \ Frequencies \ (column)\\\begin{tabular}{|l|c|c|c|}&Like hamburgers&Does not like hamburgers\\Likes burritos&29 \div 110 \approx 0.263&41 \div 95 \approx 0.432\\Does not like burritos&81 \div 110 \approx 0.763&54 \div 95 \approx 0.568 \\&110 \div 110 = 1&95 \div 95 = 1\end{array}\right]$

A strong association variables relates to how much a variable depends on another variable, which is the level of relationship.

Based on the above relative frequency tables, we have that the data point

for those that like hamburger (29, 81) is such that only approximately 26.3%

of those that like hamburgers like burritos, while 76.3% that like hamburger

do not like burritos, which can be interpreted as follows;

Majority of customers that like hamburgers (76.3%) do not like burritos

Therefore;

A data point that has the strongest association is the data point for the customers that like hamburgers and do not like burritos which is <u>81</u>.

Learn more conditional relative frequency table

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2 years ago