The regular 10 sided decagon will consist of 10 congruent isosceles triangles with equal base angles of 72 degrees and an apex angle of 36 degrees and a base length of 10 cm.
Length of equal sides: 10*sin(72)/sin(36) = 16.18033989 cm.
Volume of prism: 0.5*16.18033989^2 *sin(36)*10*10 = 7694.208845 cubic cm.
It is approx 7694 cm3.
multiply the length by the width by the height
Volume_of_any_prism = area_of_base x length Area_regular_hexagon = 3/2√3 x side2 ⇒ volume = 3/2√3 x side2 x length
Assuming the object is a rectangular parallelepiped, use its density to find its volume and solve the equation V abc for c where a, b, and c are the height, length and width respectively
Faces= sides of base + 2 Edges= sides of base x 3 vertices= sides of base x 2 volume = base * length surface area = 2 * base + perimeter of base * length
perimeter is all the sides added, area is the base times the height, and volume is on a prism u multiply the three different measurements
Volume is Area of the Base times the Height of the Prism. To find the area of a Regular Pentagon, you use the formula (1/2)*Perimeter*Length of Apothem.
Perimeter is a length, not an area or volume...
The volume of regular solid can be measured by multiplying the length, is width and its distance.
Volume is the amount of liquid a container can hold. Perimeter is the length of the borders outside a 2D figure. Area is the total space in a 2D shape.
No. Adding the sides will give you the perimeter. Volume = Length x Width x Height
If you want to find a volume of a regular shape, You need to multiply Length, Width, and High.
Volume of prism: 0.5*8*8*sin(60)*6*15 = 2494.2 cubic cm rounded to 1 decimal place
If the length of an edge of a regular hexahedron is x, then its volume is x*x*x cubic units.
A square does not have volume, as it is only a 2d figure. Finding the length of a single side of a square and multiplying that length by 4 will give you the perimeter.
Multiply the length by the width by the height.
Volume = cross sectional area * lengthArea = 2* cross sectional area + perimeter of cross section * length
Volume= length times width times height