Surface Area =6 a2= 96 Volume=a3= 64 Ratio of area to volume=84:64 = 21:16
Nothing. Solubility depends of temperature and pressure, not surface area. At the same temperature and pressure C02 has the same solubility, whether you have 10 cm square surface area or 1000 cm2. Maybe you meant the rate of diffusion?
You can increase surface area by spreading the object
A large surface area is required for some organelles to absorb proper nutrition and then move to another area to digest and then expel waste. The large surface area would not be visible on most microscopes.
I am an astronomer I study the earth and it's features there are10098353362871923984378342888731356789008663213567990987665311240000919918283737464646454683398765463929201837464657393920101028383746465 cm sq. On earth * * * * * Completely wrong! According to Wikipedia, the total surface area of the earth is approx 510,072,000 square km. That is 5,100,720,000,000,000,000 sq cm or just over 5 quintillion sq cm.
1-3 cm 1 to be acurrate
The answer is 2 pi r5
The answer is 2 pi r5
The answer is 2 pi r5
Volume does not, surface area does.
The answer is 36π or approximately 113.1 cm.
The curved surface area is 75.4cm2
The curved surface area is 904.78cm2
Surface area of a sphere (the golfball) = 4*pi*radius2 square cm
The surface area of a sphere if its diameter is 9.65 cm equals 292.6cm2
I did not. In any case, the answer is incorrect since the surface area cannot be 0.9 cm.
Surface area = 4*pi*32 = 36pi square cm