Volume = area circular end × height = πR²H units³
Surface area = 2 × area of circular end + area of curved side
= 2πR² + 2πRH units²
= 2πR(R + H) units²
If lengths are changed by a scale factor of n, areas are changed by a scale factor of n² and volumes are changed by a scale factor of n³.
If the dimensions are tripled, the new volume is 3³πR²H units³ = 27πR²H units³
The new surface area is 3²×2πR(R + H) units² = 18πR(R + H) units²
We assume the surface area of a cylinder excluding its ends. Area = height of cylinder multiplied by circumference. That is A = h x Pi x diameter.
The question is not clear about how many of the three dimensions of the box are quadruples. For example, you could quadruple its height but leave the length and breadth unchanged.However, if you assume that all three dimensions are quadrupled, the surface area is 16 times as large and the volume is 64 times as great.
148 X 210mm - I assume you mean the dimensions!
I assume it is the space (in 3 dimensions) that something occupies
I'm not 100% sure, but I would assume the MLB Commissioner is responsible for authentication of an entire ballpark's dimensions.
22.80cm (rounded to two decimal places.
Liquids assume the shape of their container; it has no definite dimensions; it is not compressible; it has mass, colour, odour;
Surface Tension
I assume you mean number 1 cylinder, which would be the front driver's side cylinder.
I assume that cylinder " D " is the same thing as cylinder 4 firewall 4 - 8 3 - 7 2 - 6 1 - 5 front
By wrigglers I assume you mean mosquito larvae. They have to come to the surface to breathe.
assume acceleration at surface = 9.81(m/s)/s assume radius to surface from cog = 6 371 000 meters (r) your distance from cog = ? meters (d) then : a=9.81/(d/r)^2)