Wiki User
∙ 7y agoYes, it can.
Wiki User
∙ 7y agoA ratio is a comparison of the relative size of two different things. Probability is the change that something will (or will not) occur. Probability can be expressed as a ratio of Yes to No (or, "will occur" to "won't occur"). That is, Probability is the relative size of Yes to No. So, if something is said to have a 60% Probability of occurring, what that is indicating is that, out of 100 tries, 60 will be the outcome indicated. While probability is usually expressed as a percentage, it is entirely possible to express it as a ratio. In the aforementioned example, a 60% Probability of occurrence could also be said to be a 60:40 (or, reduced, 3:2) ratio in favor of happening.
# of successes = probability or change total
Yes. Each repeat of the trial is likely to alter the probability.
A ratio tends to be a fix number that identifies an amount of one part that makes an amount of a secondary part. Where as a probability can change if the input changes. Example: 3:5 says that for every 3 parts there will be 5 parts of something else, this ratio cannot change unless we add another factor. However, a probably can change based solely on rolling of a dice again.
1 percent change out of 100
The likelihood that something will happen refers to the probability or chance of that event occurring. It is often quantified on a scale from 0 (impossible) to 1 (certain). The higher the likelihood, the greater the probability of the event occurring.
A ratio is a comparison of the relative size of two different things. Probability is the change that something will (or will not) occur. Probability can be expressed as a ratio of Yes to No (or, "will occur" to "won't occur"). That is, Probability is the relative size of Yes to No. So, if something is said to have a 60% Probability of occurring, what that is indicating is that, out of 100 tries, 60 will be the outcome indicated. While probability is usually expressed as a percentage, it is entirely possible to express it as a ratio. In the aforementioned example, a 60% Probability of occurrence could also be said to be a 60:40 (or, reduced, 3:2) ratio in favor of happening.
# of successes = probability or change total
Yes. Each repeat of the trial is likely to alter the probability.
"Vicissitude" refers to a change or variation occurring in the course of something. It often implies unexpected changes or fluctuation in circumstances.
Yes.
The reaction of the wood burning is Oxidation as wood combines with air, the type of change that is occurring is a chemical change.
If there is no change occurring, and there are no data relating to past trends, there is no change to calculate - it is a constant.
chemical change
A ratio tends to be a fix number that identifies an amount of one part that makes an amount of a secondary part. Where as a probability can change if the input changes. Example: 3:5 says that for every 3 parts there will be 5 parts of something else, this ratio cannot change unless we add another factor. However, a probably can change based solely on rolling of a dice again.
1 percent change out of 100
When you throw a die, there are six possibilities. The probability of a number from 1 to 6 is 1/6. This is classical probability. Compare this with empirical probability. If you throw a die 100 times and obtain 30 sixes, the probability of obtaining a 6 is 30/100 or 0.3. Empirical probabilities change whereas classical probability doesn't.