Ratios are either a whole number to whole number or a part to a whole number e.g. 2:1, 0.72:4.
Convert all ratios to percentages or decimals (as you like) and then compare them.
The ratio, in simplest form, is 3.
first of all your question doesnt make sense at all!!! but ill tell you this, Equivalent Ratios are ratios whose fraction or ratio are equivalent. now go away kid
yes all golden rectangles are simalar as well as their ratios
Ratios are either a whole number to whole number or a part to a whole number e.g. 2:1, 0.72:4.
yes
The two types of ratios are part-to-part ratios and part-to-whole ratios. A part-to-part ratio is when you divide two groups from each other and count them as seperate. For example: 5 yellow cars to 3 orange cars. The ratio would be 5:3. A part-to whole ratio is when you take a group from the two groups, and then add the group up. Then you add the other group. For example: 7 grey ducks and 9 brown ducks, the ratio would be 7:16. So a part-to-whole ratio is like an over all answer, except for the first group.
Convert all ratios to percentages or decimals (as you like) and then compare them.
The ratio, in simplest form, is 3.
Percentages are a way of expressing a part-to-whole relationship, often represented as a ratio or fraction out of 100. Ratios, on the other hand, compare two or more quantities, often expressed in the form of a fraction or ratio. Decimals are a way of representing fractions or ratios using a base-10 numbering system. All three - percents, ratios, and decimals - can be used interchangeably when expressing mathematical relationships or values. For example, a ratio of 2:5 can be expressed as a percentage of 40%, and as a decimal of 0.4.
A part to part ratio considers and compares the probabilities of two different outcomes happening. For example, a part to part ratio could be HEADS to TAILS on a fair coin. The ratio is 1/2 to 1/2. Simplified, this is 1 to 1. However, a part to whole ratio compares the probability of one outcome occurring to the total possibilities possible. Consider the example of a fair coin. A part to whole ratio would be HEADS to ALL EVENTS POSSIBLE or 1/2 to (1/2 + 1/2) or 1/2 to 1 or simplified, 1 to 2
The whole part - all of it.
All ratios can be written as fractions.
Prous proposed this. he didn't prove it for all elements.His opponent was Berthollet who said he was wrongWe now know that the vast majority of compounds contain fixed whole number ratios of elements, but there are a few cases where there is some variability.
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