Usually accepted is that 1KG = 9.81N. That means 100g is 0.981N, and 10g is 0.0981N.
Easy! 3 g! Because: 1kg=1000g 0.1kg=100g 0.01kg=10g 0.001kg=1g
There are one hundred 10g in 1kilo
-5
111Kg is the answer. Here's the work: 100g/1cg * 1000cg + 10g/1dg * 1000dg + 1000g = xKg g is grams dc is decigrams cg is centgrams Kg is kilograms x is the number you are trying to find The cg cancels out the cg so 100g/1 *1000 = 100000g The dg cancels out the dg so 10g/1 *1000 = 10000g Plus the 1000g So 111000g = xKg 111000g * 1kg/1000g = xKg The g cancels out the g so 111000 * 1Kg/1000 = xKg So 111000/1000Kg =xKg 111Kg = X
100g + 10g + 1g = 111g
10g
Of course not...different densities, different volumes per same weight.
Yes, this is true.
Usually accepted is that 1KG = 9.81N. That means 100g is 0.981N, and 10g is 0.0981N.
it is what you put on it
Easy! 3 g! Because: 1kg=1000g 0.1kg=100g 0.01kg=10g 0.001kg=1g
The mass of the products is greater than the sum of the masses of the reactants due to the formation of new compounds with different properties. In this case, the sodium reacts with water to form sodium hydroxide, increasing the total mass of the system. This is a common observation in chemical reactions where mass is not conserved due to the rearrangement of atoms to form new substances.
+10g
10g-g = 9g
10g stands for 10 grams.
Having a zero balance before placing an object ensures accurate measurement, as it eliminates the influence of any initial weight on the balance. This zeroing process is crucial for obtaining precise readings and reducing errors in measurement.