A right cone with a slant height of 6 and a radius of 7 has a total surface area of about 245.04 square units.
A cone with a radius of 6 centimeters and a slant height of 9 centimeters will have a total surface area of approximately 282.74cm2
150.796 sq inches.
To find the right cone's height, we can use the Pythagorean theorem, where the slant height (6) is the hypotenuse, the radius (4) is one leg, and the height (h) is the other leg. The equation is ( h^2 + 4^2 = 6^2 ), which simplifies to ( h^2 + 16 = 36 ). Solving for ( h ) gives ( h^2 = 20 ), so ( h = \sqrt{20} ) or approximately 4.47. Thus, the cone has a height of about 4.47 units.
A cone with height 18 and radius 6 has a volume of 678.6 units3
A right cone with a slant height of 6 and a radius of 7 has a total surface area of about 245.04 square units.
These dimensions are not possible for a right cone. The radius must be less than the slant height. If we reverse the dimensions (radius 6, slant height 9) the total surface area will be about 282.74 units2
A cone with a radius of 6 centimeters and a slant height of 9 centimeters will have a total surface area of approximately 282.74cm2
The height is 14.83 inches.
37.7 units2
75.4 units2
150.796 sq inches.
The perpendicular height is 6 inches and the slant height is 6.7082 inches.
16 pie units squared
The lateral surface area is 18.85 square inches.
Slant height is 16.16 cm
To find the right cone's height, we can use the Pythagorean theorem, where the slant height (6) is the hypotenuse, the radius (4) is one leg, and the height (h) is the other leg. The equation is ( h^2 + 4^2 = 6^2 ), which simplifies to ( h^2 + 16 = 36 ). Solving for ( h ) gives ( h^2 = 20 ), so ( h = \sqrt{20} ) or approximately 4.47. Thus, the cone has a height of about 4.47 units.