How many times the growth rate of the slowest growing year

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The natural growth rate of the population is closely related to the level of economic development Generally speaking, the natural growth of the population is slower in countries and regions with a high level of economic development; Countries and regions with low levels of economic development have higher natural population growth rates Answer: The continent with the highest natural population growth rate in the world is Africa, and the continent with the lowest natural population growth rate is Europe According to the topic, it is selected: a Comments:

This question examines the names of the continents with the highest and lowest natural population growth rates in the world, and is moderately difficult

1 has increased by a multiplier, that is, 1, and the number of increases plus the original number is the final number, 1+. So, according to the calculations, one is multiplied, equally

The growth rate is 250%.

Multiples is a growth rate of 250%.

Generally speaking, when the growth rate is less than 100%, we habitually use percentages.

When the growth rate is more than 100%, we are used to describing it in multiples, for example, when the growth rate is 50%, we are used to describing it as an increase of 50%, and when the growth rate is 150%, we are used to describing it as a multiple.

Basic type. The growth rate refers to the ratio of the growth of a certain data indicator to the data of the base period in a certain period.

Year-over-year growth rate.

Generally, it refers to the growth rate compared to the same period last year. Year-over-year growth compared to the previous period, previous year, or historical increase (magnitude).

The expansion will be the original multiplier, and the area will be the original multiple, doubled.

The data after growth is divided by the data when it is not growing, which is a multiple of the increase.

The increase is a fold and is equal to the original number multiplied by (a 1).

The growth to a times is equal to the original number multiplied by a.

The increase of a% is equal to the original number multiplied by (1+a%).

If it grows from A to B, the growth factor is (B-A) A.

Growth Rate Considerations:

The growth rate is divided into annual growth rate and average annual growth rate, where the annual growth rate represents the year-on-year growth rate with the annual statistical period, and the average annual growth rate represents the growth rate in n years.

In some of the stem expressions of the most value comparison questions, there is often the most increase (long) and the fastest increase (long), it should be noted that the former compares the amount of growth, while the latter compares the growth rate.

The expansion will be the original multiplier, and the area will be the original multiple, doubled.

The data after growth is divided by the data when it is not growing, which is a multiple of the increase.

The increase is a fold and is equal to the original number multiplied by (a 1).

The growth to a times is equal to the original number multiplied by a.

The increase of a% is equal to the original number multiplied by (1+a%).

If it grows from A to B, the growth factor is (B-A) A.

The nature of multiples:

An integer can be divisible by another integer, and this integer is a multiple of another integer. For example, 15 is divisible by 3 or 5, so 15 is a multiple of 3 and a multiple of 5.

The quotient obtained by dividing one number by another. For example, a b = c, that is, a is a multiple of b. For example, if a b = c, you can say that a is c times that of b.

There are infinite multiples of a number, which means that the set of multiples of a number is an infinite set.

Note: You can't call a number a multiple alone, you can only say who is the multiple.