1 kg = 1000g → 6kg 30 g = 6 x 1000 g + 30 g = 6030 g But I suspect you really want it in kg: 1000g = 1 kg → 6kg 30 g = 6 kg + 30 ÷ 1000 kg = 6 kg + 0.03 kg = 6.03 kg
1,000 g = 1 kg 2,000 g = 2 kg 3,000 g = 4 kg 4,000 g = 4 kg 4,200 g = 4.2 kg . . . That's less than 4,940. 4,940 g = 4.94 kg . . . That's more than 4.2 kg.
1 kg = 1,000 g2 kg = 2,000 g3 kg = 3,000 g..7 kg = 7,000 g..60 kg = 60,000 g
18 kg/500 g = 18 kg / 0.5 kg = 36/118 kg/500 g = 18 kg / 0.5 kg = 36/118 kg/500 g = 18 kg / 0.5 kg = 36/118 kg/500 g = 18 kg / 0.5 kg = 36/1
1 kg = 1000 g 0.4 kg = 400 g which is smaller than 500 g
The mass of a spool of thread would best be measured in grams (g) or kilograms (kg) in the International System of Units (SI).
A unit of mass is measured in kilograms (kg) or grams (g).
A banana is typically measured in grams (g) since it is a relatively light fruit. A kilogram (kg) is a larger unit of measurement that would be more suitable for measuring multiple bananas.
You can measure wheat by kg [kilograms] or g {grams}
in kg for larger, heavier objects, but g for smaller lighter objects
Weight is measured in kg wt which equals to g newtons. g - acceleration due to gravity at that place.
Mass and weight are measured in grams or kilograms.
A small correction. Force is measured in newton and in kilogram weight too. 1 kg wt = g newton Here g is the acceleration due to gravity at that place. That is why when we ask some one to give his weight he would say only the kg for example 50 kg. In the query 'weight' is there. So as we say 50 kg then it implies that 50 kg wt. Kilo gram is the unit of mass and not for force. Only kg wt is the unit of force
Mass is typically labeled in units of kilograms (kg) or grams (g).
weight or mass is measured in kg, g. Mg can also be used.
Food in the UK is measured in metric: Liquid - ml Solids - g & kg
When we say "number of g forces" the g we are typically (not always) talking about is the average overall Earth of around g = 9.81 N/kg or m/sec^2 (See NOTE) So, for example, if a jet jock pulls 2 g's in a hairy vertical climb, he's pulling 2g = 19.62 N/kg on his body. And if his mass is m = 100 kg, that means his effective weight is W = m(2g) = 1962 Newtons. Bottom line. g forces are measured as the number of average g's. NOTE: N/kg = kg.m/sec^2//kg = m/sec^2 which is to say they are equivalent units.