The average wt of prostate of a healthy male of 20 years 0f age is around 20 gram.It increases a bit with age or certain diseases of the prostate gland.If otherwise everything is ok then 17grams is fine.Ksk
The average weight of the maleâ??s prostrate gland is eleven grams. There are however certain grown up males whose prostrate glands weigh twenty grams.
The weight of a normal prostate gland in a middle aged man ranges from 8 to 16 grams. It may enlarge somewhat if it is diseased.
20gms
The prostate is roughly the size of a walnut and weighs about 10-15 grams.
60 grams
Normal saline is 0.9% weight/volume sodium chloride to water. This is 9 grams per litre. NaCl has a molecular weight of 58.5, sodium (Na) has a weight of 23, which is 39.3% of the molecular weight. So sodium is 39.3% of the weight. 1 litre of saline has 9 grams, 250ml is a quarter of a litre, so has 9/4 grams = 2.25 grams. 39.3% of 2.25 g is 0.884 grams of sodium.
The approximate size of a prostate with a volume of 40.1 ml is around 40.1 grams. This is because the density of the prostate tissue is close to that of water, which is 1 g/ml.
Under normal Earth gravity, a mass of 1 kg (1000 grams) has a weight of 9.8 newton.
Say a cooked chapati weighs 35 grams. Of that, assume 5 grams to be the water weight, leaving 30 grams of flour weight in the chapati. For whole-wheat flour, the protein content is about 13%, and 11.5% for 'normal' flour. So, a whole-wheat flour chapati has about 4 grams of protein, while a 'normal' flour chapati has about 3.5 grams.
A liter of normal saline, which is composed of water and salt, has a weight of approximately 1 kilogram or 1000 grams at room temperature.
A cubic metre of gas at normal temperature and pressure has a mass of 44.643 times the molecular weight of the gas in grams. So a cubic metre of hydrogen is 89.3 grams while a cubic metre of CO2 is 1964 grams. If the volume is 22.4 litres, the mass in grams equals the molecular weight.
The weight of 400 grams of water is 400 grams because the weight of water is equivalent to its mass.