Respuesta :
Answer :
The mass of copper in 5264 kg of compound are, 3498383.158 g
The mass of sulfur in 5264 kg of compound are, 1765616.842 g
Explanation : Given,
Mass of metal = 88.39 g
Mass of non-metal = 44.61 g
Given mass of compound = 5264 kg = 5264000 g (1 kg = 1000 g)
Now we have to calculate the total mass of compound.
Total mass of compound = Mass of metal + Mass of non-metal
Total mass of compound = 88.39 + 44.61 = 133 g
Now we have to calculate the mass of copper.
As, 133 g of compound contains 88.39 g of copper
So, 5264000 g of compound contains [tex]\frac{5264000}{133}\times 88.39=3498383.158g[/tex] of copper
The mass of copper in 5264 kg of compound are, 3498383.158 g
Now we have to calculate the mass of sulfur.
As, 133 g of compound contains 44.61 g of sulfur
So, 5264000 g of compound contains [tex]\frac{5264000}{133}\times 44.61=1765616.842g[/tex] of sulfur
The mass of sulfur in 5264 kg of compound are, 1765616.842 g
Answer: The mass of copper and sulfur in given amount of compound will be 3498383.16 g and 1765616.84 g respectively.
Explanation:
We are given:
Mass of metal (copper) = 88.39 g
Mass of non-metal (sulfur ) = 44.61 g
Mass of compound = Mass of metal + Mass of non-metal = (88.39 + 44.61) = 133 g
Mass of compound = 5264 kg = 5264000 g (Conversion factor: 1 kg = 1000 g)
To calculate the mass of copper and sulfur in given amount of compound, we use unitary method:
- For Copper:
In 133 g of compound, the mass of copper is 88.39 g
So, in 5264000 g of compound, the mass of copper will be = [tex]\frac{88.39}{133}\times 5264000=3498383.16g[/tex]
- For Sulfur:
In 133 g of compound, the mass of sulfur is 44.61 g
So, in 5264000 g of compound, the mass of sulfur will be = [tex]\frac{44.61}{133}\times 5264000=1765616.84g[/tex]
Hence, the mass of copper and sulfur in given amount of compound will be 3498383.16 g and 1765616.84 g respectively.
