Many types of gasoline are prepared; the mass is between 4,6 g and 5 g.
1 liter = 1000 ml 6.5 liters = 6.5 x 1000 ml = 6500 ml
1 liter empty gasoline bottle will hold 1000 ml of oil
0.065 L = 65 ml. The conversion is 1000 ml = 1 L, thus 0.065 L x 1000 ml/L = 65 ml.
I have no idea what the density might be if the volume is 65 ml. If you will get the mass then it will be possible to determine the density. If the mass is 65g, the density is 1. If the mass is 130g, the density is 2. If the mass is 32.5 then the density is 0.5. However, without the mass, I have no idea.
In order to compare milliliters to grams, you must specify the fluid being measured. If it's pure water, it's easy; one milliliter equals 1 gram (at standard temperature and pressure). So 2250 ml of pure water would be 2250 grams, or 2.25 kilograms, or 2.25 liters. Salt water is more dense by just a bit, depending on HOW salty it is; ocean water is about 1.05 grams per milliliter. Pure alcohol? 0.789 grams per ml Gasoline? Between 0.71 and 0.77 grams per ml, depending on the grade. Please note that both gasoline and alcohol are highly flammable, but both are less dense than water. That means that alcohol and gasoline will float on top of the water; if you spray a gasoline fire with water, you're just spreading the gasoline - and the fire - around. For a fuel fire, the preferred solution is either PKP "Purple Potassium Powder", a dry powder agent, or aqueous film-forming foam. Either of these will float on top of the gasoline or alcohol and smother the fire.
50 ml
1 liter = 1000 ml 6.5 liters = 6.5 x 1000 ml = 6500 ml
1 liter empty gasoline bottle will hold 1000 ml of oil
Gasoline has a density of around .71g/mL while water's density is 1g/mL so Gasoline floats on Water.
9.52kilograms. for every 0.68 grams you have, you have a ml. i.e. for every 0.68kg you have a litre. 0.68 x 14.
0.065 L = 65 ml. The conversion is 1000 ml = 1 L, thus 0.065 L x 1000 ml/L = 65 ml.
65 mL = 0.065 LTo convert from mL to L, divide by 1000.
65 mL = 0.065 LTo convert from mL to L, divide by 1000.
0.065 ml Algebraic Steps / Dimensional Analysis Formula 65 microliters*1 ml 1000 microliters=0.065 ml
I have no idea what the density might be if the volume is 65 ml. If you will get the mass then it will be possible to determine the density. If the mass is 65g, the density is 1. If the mass is 130g, the density is 2. If the mass is 32.5 then the density is 0.5. However, without the mass, I have no idea.
In order to compare milliliters to grams, you must specify the fluid being measured. If it's pure water, it's easy; one milliliter equals 1 gram (at standard temperature and pressure). So 2250 ml of pure water would be 2250 grams, or 2.25 kilograms, or 2.25 liters. Salt water is more dense by just a bit, depending on HOW salty it is; ocean water is about 1.05 grams per milliliter. Pure alcohol? 0.789 grams per ml Gasoline? Between 0.71 and 0.77 grams per ml, depending on the grade. Please note that both gasoline and alcohol are highly flammable, but both are less dense than water. That means that alcohol and gasoline will float on top of the water; if you spray a gasoline fire with water, you're just spreading the gasoline - and the fire - around. For a fuel fire, the preferred solution is either PKP "Purple Potassium Powder", a dry powder agent, or aqueous film-forming foam. Either of these will float on top of the gasoline or alcohol and smother the fire.
65 - 40 = 25 ml