Volume = 10*4*3 = 120 cubic units
Volume of a sphere = 4/3 pi R3= (4/3 pi) (10-2 cm)3= 4.1888 x 10-6 cm3 (rounded)
The formula for volume of a sphere is (4/3)(pi)r3, where r is the radius. The initial volume of the sphere is then (4/3)(pi)(1)3 and the final volume is (4/3)(pi)(10)3. (Remember that we are given diameters, and need to divide them by two to find the radii to plug into the equations.)The factor by which the volume changes is (Final Volume)/(Initial Volume), which is this case is[ (4/3)(pi)(10)3 ] / [ (4/3)(pi)(1)3 ](4/3)pi cancels out, leaving 103 / 13 = 1000.
The formulae ofthe sphere is 4/3r^3 (cubed) therfore 4/3*10^3 equals 4/3*1000 which equals 4000/3 = 133.33333
Volume of a sphere = 4/3 x pi x radius3; (4/3) x 3.1416 x (10 inches)3 = (4/3) x 3.1416 x 1,000 cubic inches = 4,188.8 cubic inches
Formula for the volume of a sphere = 4/3*pi*radius3 Volume = 4/3*pi*53 => 523.5987756 cubic inches
Volume of a sphere is 4/3*pi*r^3 4/3*3.14*5^3 4/3*3.14*125= about 523.333 up to about 523.5987756
Volume for a cylinder = Pi R^2 H = 3.14 * 4^2 * 10 = 502.65 cm^3
4/3 * 22/7* 12.53
Volume of a sphere = (4/3) (pie)-(radius)3
The cube is 10 cm by 10 cm by 10 cm Volume cube = side3 ⇒ side = 3√volume = 3√(1000 cm3) = 3√(103 cm3) = 10 cm
Volume of sphere = 4/3*pi*r3 So volume of half a sphere = 2/3*pi*r3= 2/3*pi*103 = 2000*pi/3 = 2094.4 cubic units
Volume of sphere = volume of rise in water. volume of sphere = 4/3 x π x radius3 volume of rise in water = π x (diameter/2)2 x rise → 4/3 x π x radius3 = π x (diameter/2)2 x rise → radius = 3√(3/4 x (diameter/2)2 x rise) = 3√(3/4 x (10 cm/2)2 x 3 cm) = 3√(3/4 x (10 cm/2)2 x 3 cm) ≈ 3.83 cm
The formula for the volume of a sphere is 4/3 πr3, where r is the radius of the sphere. For example, for a sphere with radius 2cm, the volume is (23 x π) x 4/3 - which is equal to 10 2/3 x π, or, to two decimal places, 33.51cm2.
100 mm = 10 cm Volume of sphere = 4/3*pi*53 = 523.599 cubic cm rounded to 3 decimal places
If the Earth's radius is approximately 6780km. Volume of sphere is V=4/3*π*r^3 Therefore, V(earth)=4/3*π*(6780000)^3 V(earth)=1.31*10^21 cubic metres Assuming the average radius of an apple is 5cm Therefore, V(apple)=4/3*π*(0.05)^3 V(apple)=5.24*10^-4 cubic metres Hence, the amount of apple that could fit in the volume of Earth is =V(earth)/V(apple) =(1.31*10^21)/(5.24*10^-4) =2.5*10^24 =2.5 Septillion apples =2,500,000,000,000,000,000,000,000 apples :)
The volume of a cylinder with a radius of 3 and a lateral area of 10 equals 10 units3