100 102 113 124 Numerical reasoning

The sum of the numbers on the 100 of these numbers is . So the next sum is 9 and should be 135.

Ways to find patterns:

1. Mark the serial number: the problem of finding the law usually gives a series of quantities in a certain order, requiring us to find the general law according to these known quantities. Find out the pattern, usually the package serial number.

Therefore, it is easier to find the mystery when you compare the variables and serial numbers together.

2. Fibonacci number sequence: Each number is the sum of the first two numbers.

3. Equal difference number series method: the difference between every two numbers is equal.

4. Jumping grid method: you can look at the interval to see what is the relationship between the separated numbers, such as 14,1,12,3,10,5, the odd number of terms into an equal difference series, and the even number of terms into an equal difference series, so you should fill in 8 next.

Ways to find patterns:

Find the law to fill in the number, or the graph to find the law, at the beginning everyone is through some comparison to find the law, there may be some sequences of three numbers have a "law" appear, but it is not certain and can only be regarded as guessing. Generally, more than three, including a combination of before and after, are required to confirm the pattern.

Whether it is a sequence to find a pattern or a graph to find a pattern, it requires a relatively keen observation. In particular, some rules are hidden deeply, and you need to be bold and careful to discover. Finally, after filling in, it is necessary to check whether the rules found are correct before and after, so as not to be in vain.

It depends on the number of options. The sum of the numbers on the 100 of these numbers is . So the next sum is 9 and should be 135.

Can't find it....Plus 11? In fact, 100 to 102 is the strangest, is it a question of the title...

Because, so it's 45.

Example: 1st and 2nd terms The third and fourth terms are added to make a new series:

New proportional series: 40+x=128 x=88

A sequence is a special kind of function. Its particularity is mainly reflected in its definition domain and value range. A sequence can be thought of as a function that defines the domain as a set of positive integers n* or a finite subset of it, where the domain cannot be omitted.

It is an important way to understand the sequence of numbers from the point of view of functions, and in general, there are three ways to represent functions, and sequences are no exception, and there are usually three ways to represent them: alist method; b。

image method; c.Analytical. The analytic method includes giving a series of numbers with a general formula and giving a series of numbers with a recursive formula.

Functions don't necessarily have analytic formulas, and sequences don't all have universal formulas.

45 is a group of every two numbers, followed by three times the front.

We can find that 2,3,5,7 are all prime numbers, so the next prime number is 11, so Li Xi's final answer is 118+11=129, and 129 is filled in the parentheses

101, 103, 106, 111, 118, () Numerical reasoning.

Solution: Lufu socks 103-101 = 2, 106-103 = 3, 111-106 = 5, 118-111 = 7 ......, which forms a prime number.

Number of halls, so? =11 118+11=129Answer: 129,101,103,106,111,118,(129) at () numerical reasoning. Accompaniment.

The first question, the cubic of the natural number series is: 1, 8, 27, 64, 125, 216For the tardination ratio of the original series:

2=1-3,11=8+3,24=27-3,67=64+3,122=125-3；The known law is: odd term = value of cubic modulus square series - 3, even term = value of cubic square series + 3;The request is the sixth item, from which it can be deduced = 6 3 + 3 = 219Question 2.

The latter number describes the number of the previous withered number.

12 - 1 1, 1 2, connect a few numbers that are 11121112 - 3 Bozhi 1, 1 2, connect a few numbers that are 31123112 - 2 Ji Defeat Min 1, 1 2, 1 3, connect a few numbers that are 211213

211213 - 3 1, 2 2, 1 3, connect several numbers to 312213

Grouping arrays. The odd term is a series of equal differences of 2, 3, 4, and the even term is 5, 7, 9, and the tolerance is 2The answer is 324

It depends on whether there are any numbers in the option that add up to 9

Summary. 2 2 Each number in this group of numbers is the result of the previous number multiplied by 2, so the next number should be *2).

Numerical reasoning +, 2 2 Each number in this group of numbers is the result of the previous number multiplied by 2, because the next number should be used as a paragraph * 2).

The answer is no, there is no answer.

Can you show me the options then.

The answer is how C did it?

I don't see what the law of satisfaction between them is.

They directly multiply each multiple by 2 until that multiple is 8, so say 8 2 = 16, and then use 1152 16.

Numerical reasoning.

22 25 30 37 (48) Rule: The latter number is the previous number plus a continuous prime number, i.e. 5 7 11 19 (35) Rule: The latter number is equal to the previous number plus a continuous 2 square number, i.e. 1 3 7 17 41 (99) Rule:

Starting from the third number, it is equal to the first number of the first two numbers plus 2 times the second number, i.e. 3 = 1 + 1 * 2, 7 = 1 + 3 * 2, 17 = 3 + 7 * 2, 41 = 7 + 17 * 2, 99 = 17 + 41 * 2

0 1, 3 2, 6 4, 9 8, and the numerator is 0, 3, 6, 9

The denominator is 1, 2, 4, 8

Launched by Na or this: Defeat 12 16 = 3 4 =