I'm sorry. I don't have the answer either. I just had the same question come up. (I am a medical transcriptionist). I am going to research it some more. I was wondering if it wasn't 1.030?
Specific gravity dictated as ten thirty (10.30) should be written down as 1.030.
If the diameter is 15,000 km = 15,000,000 meters -> radius = 7,500,000 meters Volume -> 4*pi*r3/3 = 1.77×1021 m3 Mass of the Sun = 1.9891×1030 Density=M/V=1.9891×1030 / 1.77×1021 = 1,123,785,310.7 kg/m3
Imagine a table cloth held on by each corner above the ground. This is the universe. Put an apple on it. This is a planet. The apple makes a dent. This is gravity. Put grapes on the cloth. These are smaller planets. They are drawn to the apple. Put a soccer ball on the cloth. This is a very large planet. Everything moves towards it. Gravity.
To convert cream from kilograms to liters, you need to know the density of the cream. The density of cream can vary depending on the type and fat content. Once you have the density, you can use the formula: volume (liters) = mass (kilograms) / density (kg/L) to convert it.
1 quart milk weigh 976 g, 1 ounce weigh 28g, 1 cup weigh 244g.As is typical these days, this questions was answered seemingly oblivious to the question asked. This person asked what a litre (maybe the British/French spelling confused answerer) of milk weighs. The beauty of the metric system is its relationship to water. A liter of water weighs 1 Kg (or 1000 g). Milk has a specific gravity of ~ 1.03 - ~1.05. This depends on temperature and fat content, among a few other variables. Full fat milk (3.6 - 4% milk fat) has a slightly lower SG than skim milk (which would be more obvious in non-homogenized milk, since the cream - i.e. fat - floats).Bottom line answer: Whole Milk weighs ~ 1.03 Kg/l (1030 g/l) and Skim Milk weighs ~ 1.05 Kg/l (1050 g/l). (2% milk would be ~ midway between!)Note: Since we have mixed and matched English and metric measurements throughout this answer, it may be noted that a liter of skim milk weighs almost 2 oz. more than a liter of water (where the 'ounce" refers to the unit of weight, not volume - another problem of the English system.) The old adage "a pint's a pound the world around" is simply not true - not only because it depends on a "pint of what," but also whether it's an Imperial or avoirdupois ounce/pint to which you refer.
The energy created in a tidal energy system is dependent on the volume of water and the force it supplies to the turbines as it flows out. The potential energy contained in the water contained in the catchment of the tidal basin is:E=1/2 Apgh2where:h is the vertical tidal range,A is the horizontal area of the basin,ρ is the density of water = 1025 kg per cubic meter (based on the range of sea water densities between 1021 and 1030 kg per cubic meter)g is the acceleration due to the Earth's gravity = 9.81 meters per second squared.The factor 1/2 occurs in the equation as the water velocity through the turbines decrease from 100% downwards as the height of water in the basin decreases.
One thousand and thirty.one thousand and thirty
1030
1,030 One thousand and thirty.
Three percent of 1030 is 30.9.0.03 * 1030= 30.9
In standard form it is; 3.000000000200000000600000200009 x 1030.
there is no such thing as "tenhundred thirty" you must mean thousand and thirty which is 1030
There are 10 mm in a cm and 10 cm in a meter. The answer would be 1030 millimeters.
If you want it in English, it would be, "The English class is at 1030 tomorrow morning."
That would depend on the speed.
1030 mm is 40.55 inches.
7.1528
On page 1030 of the book, you can find information related to the specific topic or chapter that corresponds to that page number. This could include details, explanations, examples, or discussions relevant to the content of the book at that point.