-
Scientific notation, a mathematical term, refers to the form of denoting an integer greater than 10 (or less than 1) as a 10 n (where | 1| ≤a| <10|) notation.
When we want to mark or calculate a large or small one with a large number of digits, we use scientific notation to avoid wasting a lot of space and time.
The form of scientific notation is made up of the product of two numbers. Expressed as A10 B (AEB).
One of these factors is a(1 |a|<10), another factor is 10 n (n is a positive integer that is 1 less than the integer portion of a).
When using scientific notation to represent numbers, the symbol of the number is not changed, but the form in which the number is written is changed. It can easily represent some extremely large or small numbers encountered in daily life, such as: the speed of light is about 300,000,000 meters and seconds; The world's population is approximately:
Such a number is very inconvenient to read and write, we can avoid writing so many repeated zeros, and express it in the form of this: 6,100,000,000=, or:, that is, the number with an absolute value less than 1 can also be expressed by scientific notation as a times 10 to the negative n power.
So 100 million scientific notation is to the power.
-
It should be multiplied by 10 to the power of 10.
-
Billion is expressed in scientific notation = multiplication of the town to the 11th power of 10.
Dear, please [answer], what is your motivation for me to answer the question and answer the empty space, thank you for your blindness.
-
Summary. Hello dear, it is a pleasure to serve you!
I am Mr. Dong Xiaoming, and I am good at mathematics, physics and chemistry.
I will provide you with the process and answer in 5 minutes, please wait.
134.2 billion using scientific notation.
Hello dear, it is a pleasure to serve you! I am Mr. Dong Xiaoming, and I am good at mathematics, physics and chemistry. I will provide you with the process and answer the rough case within 5 minutes, please wait for a while.
134.2 billion using scientific notation.
Yes to the power of 11.
Good. Knowledge Expansion Exhibition: Scientific notation is a method of notation. Expressing a number as a multiplying a by the nth power of 10 (1 |a|<10, a is not a fraction positive dust form, n is an integer).
-
100 million is expressed in scientific notation: Yes.
-
The scientific unit of counting billion is 10 to the eighth power.
Then billion is expressed in scientific notation to the ninth power.
-
The scientific notation of billion is expressed as 11 and is read as multiplied by 10 to the power of 11.
Scientific notation is a mathematically specific term. Represent a number as a 10 to the nth power, where 1 |a|< 10, n is an integer, and this notation method is called scientific notation. For example, 920000 can be expressed as 5 and read as multiplied by 10 to the power of 5.
-
Billion is expressed in scientific notation = multiplied by 10 to the 11th power.
Dear, please [answer], you are the motivation for me to answer the question, thank you.
-
Scientific notation is a mathematically specific term. Represent a number in the form of a 10 to the power of n, where 1 |a|< 10, n is an integer, and this notation method is called scientific notation.
So it is expressed as:
10 (11) is 10 to the 11th power.
-
100 million scientific notation is expressed as.
11, read as multiplied by 10 to the power of 11.
Scientific notation is a mathematically specific term. Represent a number as:
a 10 to the nth power, where 1 |a|<10,n is an integer, and this method of notation is called Li Kai's scientific notation. For example, 920000 can be shown as a scrambler.
5, read as multiplied by 10 to the power of 5.
-
Billion is expressed in scientific notation = multiplied by 10 to the 11th power.
Dear, please [Yu Answer Empty Blind Answer], you are the driving force for me to answer the question, thank you.
-
Billion is expressed in scientific notation as.
Scientific notation refers to the form of expressing a number to the nth power of a 10 (1 a<10, n is an integer). )
Scientific notation can easily represent some numbers with large absolute values, and it is also convenient to use scientific notation to express some numbers with small absolute values.
A positive number less than 1 can be expressed as a 1o, where 1 a<10 and n are negative integers.
100 million = 1000000000 = 1x10 800 million =
1.Rise 2Drop 3When a substance dissolves, it needs to absorb heat. >>>More
The answer is cYou have to read the topic clearly. Yes"The atmosphere goes from high to low" >>>More
Solution: The mass of sulfuric acid is 40g*
h2so4+cuo=cuso4+h2o >>>More
I think the pros outweigh the cons.
First of all, it is necessary to understand how the north and south poles of a magnet are defined. The end pointing north is the North Pole (N) and the South Pole (S) is the end pointing south. So the question asks you that the magnetosomes in these bacteria are regarded as small magnetic needles, and its n-pole points to **. >>>More