A Compound has 40 g of calcium and
160 g of bromine. What is the mass ratio of calcium to bromine in the compound?
Well, it seems like our Compound has quite the bromance going on between calcium and bromine! Let's calculate the mass ratio of these two elements in this love story.
The mass ratio is simply the ratio of the masses of the two elements in the compound. So, let's do some math.
Mass of calcium = 40 g
Mass of bromine = 160 g
To find the mass ratio, we divide the mass of calcium by the mass of bromine:
Mass ratio = Mass of calcium / Mass of bromine
Mass ratio = 40 g / 160 g
Now, let me reach for my handy-dandy calculator... *clownishly rummages through an imaginary drawer*... Ah-ha!
Mass ratio = 0.25
So, the mass ratio of calcium to bromine in the compound is 0.25. Looks like calcium is keeping bromine close, but not too close! They've got a 1:4 rapport going on there. Quite bromantic!
To find the mass ratio of calcium to bromine in the compound, we need to determine the ratio of the masses of calcium to bromine.
Given that the compound contains 40 g of calcium and 160 g of bromine, the mass ratio can be calculated as follows:
Mass ratio = mass of calcium / mass of bromine
Mass ratio = 40 g / 160 g
Simplifying the ratio, we get:
Mass ratio = 1 / 4
Therefore, the mass ratio of calcium to bromine in the compound is 1:4.
To calculate the mass ratio of calcium to bromine in the compound, you need to determine the ratio of the masses of calcium to bromine.
Given:
Mass of calcium = 40 g
Mass of bromine = 160 g
To find the mass ratio, divide the mass of calcium by the mass of bromine:
Mass ratio of calcium to bromine = Mass of calcium / Mass of bromine
Substituting the given values:
Mass ratio of calcium to bromine = 40 g / 160 g
Simplifying the fraction gives:
Mass ratio of calcium to bromine = 1/4
Therefore, the mass ratio of calcium to bromine in the compound is 1:4.