The volume of every sphere is 4/3(pi) x (radius)3 .So the volume of your particular sphere is 4/3(pi) x (19)3.
Area = Base Length * Height So Base Length = Area/Height = 190 sq m/19 m = 10 metres.
To calculate the surface area of a single filter element, we first find the radius by dividing the diameter by 2, giving us 9.5 inches. The formula for the surface area of a cylinder is 2πrh + 2πr^2, where r is the radius and h is the height. Assuming the height of the filter element is negligible compared to the diameter, the surface area of one filter element would be approximately 1194.74 square inches. Therefore, the total surface area of 20 filter elements would be around 23,894.8 square inches.
1 meter = 100 centimeters100 cm divided by 19 = 5.26 pencilsTherefore, if a pencil is 19 cm long it will take 5.26 of them to make 99.94cm (as close to a metre as you will get).
The lateral surface area is A = pi*(radius)*(slant height), where (slant height) = sqrt(r^2 + h^2). So A = pi*(5 in)*sqrt((5 in)2+(19 in)2) = 308.6125 square inches
First find the radius by dividing 19 by 2*pi which is 3.023943919 cm Surface area of a sphere (the ball) = 4*pi*radius2 Surface area = 4*pi*3.0239439192 => 114.9098689 Surface area of the ball: 115 square centimeters correct to three significant figures.
The surface area of a cone if the height is 21 and the diameter is 19 is 971.43 units2
Surface Area = ~791.68 ft2
Total surface area = (2*pi*112)+(22*pi*19) = 660*pi square inches
The ratio is 19/9.
The average surface area of an adult human hand is about 17 to 19 square inches. This area can vary depending on factors such as hand size and age.
The volume of every sphere is 4/3(pi) x (radius)3 .So the volume of your particular sphere is 4/3(pi) x (19)3.
Area = Base Length * Height So Base Length = Area/Height = 190 sq m/19 m = 10 metres.
19 centimeters is equivalent to 0.19 meters.
19 inches is 0.48 meter.
There is no rectangular prism below 8 8 19.
V = 28,730 ft3