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3 days ago

7

*NEED HELP??!! The scatter plot shows the number of hats and scarves each knitter sold at a knitting show. How many hats did the

knitter who sold 9 scarves sell?
A.) 2

B.) 3

C.) 4

D.) 6

I was a little stuck on my answer and I was going to go with D.

1 answer:

Zina [12K]3 days ago

5 0

Is there an accompanying graph in this question?

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A customer buys a different book that has an original selling price of $38. The book is discounted 25%. The customer must pay a

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$38.00 imes 0.25 = $9.50
$38.00 - $9.50 = $28.75
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20 days ago

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The scatter plot shows a regression line of advertising dollars spent and sales. What advertising dollar has the greatest error

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Response:c

Detailed explanation:

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13 days ago

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Lines RS, TV, and SW are shown. On a coordinate plane, 3 lines are shown. Line R S goes through (negative 8, 6) and (2, 6). Line

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Answer:

For line SW, the slope is undefined.

Line TV has a slope of zero.

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Step-by-step explanation:

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24 days ago

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A waterbed filled with water has the dimensions 8ft by 7 ft by .75 ft taking the density of water to be 1.00/gm cubed how many k

Svet_ta [12314]

Density can be defined as:

$D = \frac{m}{V}$

Where:

m is mass

V stands for volume

To isolate the mass, we derive:

$m = DV$

Volume can be expressed as:

$V = (8) * (7) * (0.75)$

$V = 42ft ^ 3$

We then use the following conversion:

$1foot = 0.3048m$

After applying the conversion, we arrive at:

$V = 42 * (0.3048) ^ 3$

$V = 1.19m ^ 3$

Additionally, we have these conversions:

$1m = 100cm$

$1Kg = 1000g$

When we apply these conversions for density, we conclude:

$D = (1\frac{g}{cm^3})((\frac{100}{1})^3\frac{cm^3}{1m^3})(\frac{1}{1000}\frac{Kg}{g})=1000\frac{Kg}{m^3}$

Finally, the mass of the water required is:

$m = (1000) * (1.19)$

$m = 1190$

Answer:

A total of 1190 kilograms of water is needed to fill the waterbed.

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1 month ago