Answer:
351.9 cm³
Step-by-step explanation:
The ratio of the areas of two similar solids is equal to the square of the ratio of the lengths.
A₂ / A₁ = (s₂ / s₁)²
The ratio of the volumes of two similar solids is equal to the cube of the ratio of the lengths.
V₂ / V₁ = (s₂ / s₁)³
Therefore, we can say:
V₂ / V₁ = (A₂ / A₁)^(3/2)
Plugging in values:
V / 8 cm³ = (324 cm² / 26 cm²)^(3/2)
V = 351.9 cm³
<h2><u>

</u></h2>
Diameter = 4 cm
Radius = Diameter/2 = 2 cm
Area of circle :




Circumference of circle :



<h2>Therefore, </h2><h3>Diameter = 4 cm</h3><h3>Radius = 2 cm</h3><h3>Area = 12.56 cm²</h3><h3>Circumference = 12.56 cm</h3>
<h2><u>

</u></h2>
Circumference = 15 feet (given)
Radius :







Diameter = r×2 = 2.38 × 2 = 4.76 feet
Area :



<h2>Therefore, </h2><h3>Diameter = 4.76 feet</h3><h3>Radius = 2.38 feet</h3><h3>Area = 17.78 ft²</h3><h3>Circumference = 15 feet</h3>
<h2><u>

</u></h2>
Diameter = 2 cm (given)
Radius = D/2 = 2/2 = 1 cm
Circumference :



Area :



<h2>Therefore, </h2><h3>Diameter = 2 cm</h3><h3>Radius = 1 cm </h3><h3>Area = 3.14 ft²</h3><h3>Circumference = 6.28 feet</h3><h2 /><h2><u>

</u></h2>
Radius = 4.3 mm
Diameter = r×2 = 4.3 × 2 = 8.6 mm
Circumference :



Area :




<h2>Therefore, </h2><h3>Diameter = 8.6 mm</h3><h3>Radius = 4.3 mm</h3><h3>Area = 58.95 mm²</h3><h3>Circumference = 27 mm</h3>
Answer:
Future Value = $ 12528.15
Step-by-step explanation:
The depreciation is applied to the car annually. The value of the car after depreciation in "n" no. of years can be given by the following formula:

where,
Future Value = ?
Present Value = $ 24000
Depreciation Rate = 15% = 0.15
n = no. of years = 4
Therefore,

<u>Future Value = $ 12528.15</u>
The solution is (8,-12) if it was solved by elimination
Answer:

Step-by-step explanation:
The question is to factorize 
<em>What is common from all 3 terms?</em> It is the factor 4, so we take out 4 and write the remaining as "factorized form".
(Work shown below):

<u>First answer choice is right.</u>