Find the maximum value of \(M=\frac{x}{2x+y}+\frac{y}{2y+z}+\frac{z}{2z+x}\) , x,y,z > 0
Each of the integers from 1 to 16 inclusive is put in a different square of a 4 by 4 table. For any two squares sharing a common side, the sum of the numbers in them is recorded. What is the maximum value of the smallest one among the recorded numbers?
Find the value of the remainder of the division
\(\left(7x-2x^3+4x^4-5\right):\left(x^2+2\right)\)with \(x=\frac{-1}{11}\)
Answer: The value of the remainder is ....
Nhah nha đag cần gấp
If T= x^2 + 2xy + y^2 - 2x -2y -1 then the smallest value of T is
Subtract 100 from 7 times of a number A, the difference will be 68 more than 5 times the value of A. Find the value of A.
Answer: The value of A is ........
Exam number 219:12
Fill in the blank with the suitable number (Note: write decimal number with "the dot" between number part and fraction part. Example: 0.5)
Question 1:
Given .
Find the value of "" such that its degree is equal to 4.
Answer: The value of "" is
Question 2:
The value of with is
Question 3:
Given .
The degree of is
Question 4:
Given .
The degree of is
Question 5:
Given .
The value of is
Question 6:
In this figure, if the length of the line segment is an even number.
Then .
Question 7:
Given .
The value of
Question 8:
The value of with is
Question 9:
Given with .
Then the minimum of is
Question 10:
The minimum value of is
Subtract 100 from 7 times of a number A, the difference will be 68 more than 5 times the value of A. Find the value of A.
Answer: The value of A is
Các bạn dịch và giải giúp mình câu này với
Subtract 100 from 7 times of a number A, the difference will be 68 more than 5 times the value of A. Find the value of A.
Answer: The value of A is ......
A solution to the equation (x+a)(x+b)(x+c)+5=0 is x=1 where a,b,c are differents integers Find the value of a+b+c