The density of Styrofoam in grams per cubic centimeter is .
The density of the Styrofoam is less than 1, hence it will float in water.
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<u>The given parameters;</u>
- density of Styrofoam = 0.03 ounce per cubic inch
<u>To find:</u>
- the density in grams per cubic centimeter
1 ounce = 28.35 gram
1 in³ = 16.3871 cm³
The density of Styrofoam in grams per cubic centimeter is calculated as follows;
Since the density of water is , and the density of the Styrofoam is less than 1, hence the Styrofoam will float in water.
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x=2
g (2)=2^3-3.2^2
g (2)=8-3.4
g (2)=8-12
g (2)=-4
A constant is a number that stays the same no matter what any outside variables are. In this case, the variables are the number of hours of the event and the number of attendees. However, it states in the problem that the event will be 5 hours so that becomes known; the only thing that might change is the number of attendees so you can eliminate any cost that will be affected by that. You are left with Facility Rental, Musical Entertainment, and Cleaning Fee. Furthermore, you can be sure that Musical Entertainment and Cleaning Fee must be included in the constant because they are described as "flat rates", which means they do not change.
The answer is D) It is the total cost for entertainment, facility rental, and cleaning.
Hope this helps!
B-35 degrees because the mound is having an 18 cm radius<span />
<u>Given</u>:
On a coordinate grid, point M is at (-8,2) and point S is at (10,2).
We need to determine the distance between the points M and S.
<u>Distance between the point M and S:</u>
The distance between the points M and S can be determined using the formula,
Substituting the points (-8,2) and (10,2) in the above formula, we get;
Simplifying, we have;
Taking square root, we get;
Thus, the distance between the points M and S is 18 units.