To find the total mass, first convert 3.5 kg to grams: 3.5 kg equals 3500 grams. Then, add the two masses together: 425 g + 3500 g = 3925 g. Therefore, the total mass is 3925 grams.
To find the total mass of the box and the tins, we need to consider the weight of the box itself, which is 230 grams. If each tin of fruit has a mass rounded to the nearest half kilogram, the total mass of the 10 tins can vary. Assuming each tin weighs between 0.5 kg to 1 kg, the combined mass of the tins would range from 5 kg to 10 kg, plus the 0.23 kg of the box, resulting in a total mass ranging from approximately 5.23 kg to 10.23 kg.
The mass of forty-eight 50 kg sacks can be calculated by multiplying the number of sacks by the mass of each sack. Thus, 48 sacks × 50 kg/sack = 2,400 kg. Therefore, the total mass is 2,400 kg.
Meaningless question, so unanswerable.
The kg (kilogram) is the unit of mass in SI.The kg (kilogram) is the unit of mass in SI.The kg (kilogram) is the unit of mass in SI.The kg (kilogram) is the unit of mass in SI.
1000 g = 1 kg 1000/20 = 50 50 x 20 g = 1 kg
The mass of fruit in one tin is 425 g. In 10 tins, the total mass is 425 g × 10 = 4250 g. To convert this to kilograms, divide by 1000, which gives 4.25 kg. Therefore, the mass of the fruit in 10 tins is 4.25 kg or 4250 g.
Acceleration is 10.9m/s2 (A = force/mass).
Solution: 4.9 tonnes = 4900 kg 4900 - 425 = 4475 4475 kg = 4.475 t
The total mass of the mixture is the sum of the mass of chromium and iron. Convert the mass of chromium from grams to kilograms (325 g = 0.325 kg). Add the mass of chromium and iron to get the total mass of the mixture: 0.325 kg + 2.5 kg = 2.825 kg.
If the mass of a car is 1200 kg, and the mass of the driver is 65 kg, the total combined mass of the car and driver expressed with the correct number of significant figures is 1265 kg.
If the mass of a car is 1200 kg, and the mass of the driver is 65 kg, the total combined mass of the car and driver expressed with the correct number of significant figures is 1265 kg.
When a 12 kg box is attached to a 5 kg weight, the total mass of the system is 17 kg.
425 g = 0.425 kgTo convert from g to kg, divide by 1000.
One kg = 1000 grams. So one gram is 10^-3 kilograms. One mili gram is 10^-3 gram = 10^-6 kg. Kilograms and grams are both the metric units of mass. So the answer in kg is 0.425
25kg
24 kg
To find the total mass of the box and the tins, we need to consider the weight of the box itself, which is 230 grams. If each tin of fruit has a mass rounded to the nearest half kilogram, the total mass of the 10 tins can vary. Assuming each tin weighs between 0.5 kg to 1 kg, the combined mass of the tins would range from 5 kg to 10 kg, plus the 0.23 kg of the box, resulting in a total mass ranging from approximately 5.23 kg to 10.23 kg.