That depends upon the substance that makes up the 1400 liters, and at what temperature and pressure that substance is.
What you are asking for is the density of the substance as that can be measured in grams/cu cm. The volume of the substance makes no different as the density is constant (at a given temperature and pressure).
If you had 1400 liters of Mercury (at 0°C, 101.325 kPa), it would be 13.534 g per cu cm.
If you had 1400 liters of hydrogen (at 0°C, 101.325 kPa), it would be 0.00008988 g per cu cm.
If you had 1400 liters of water (at 0°C, 101.325 kPa), it would be 0.9998675 g per cu cm (which is near enough 1 g per cu cm).
Water is its densest at 4°C, when it is 0.9999999985 g per cu cm.
39,643.59 liters per 1400 cubic feet.
1 cubic meter = 1000 liters. It doesn't matter what you are measuring.
1400 grams
To get 2 liters, you would need 2000 milliliters. If you have 1400 milliliters already, you would require an additional 600 milliliters to reach a total of 2 liters.
1,400 cubic meters equals about 49,441 cubic feet.
There are 14 meters in 1400 centimeters because 1 meter is equal to 100 centimeters.
1400 ml
1.4 L
There are 1400 milliliters in 1.4 liters. Millimeters is a measure of length, liters is a measure of volume.
1,400 cubic centimeters is 1.4 liters (litres) or 1,400 ml. It is approximately 85.43 cubic inches or 47.34 U.S. fluid ounces, or 0.37 U.S. gallons.
1,400 pounds is 635,029.3 grams.
325-350 grams.