![](data:image/svg+xml;utf8,<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" viewBox="0 0 72 71" width="72"></svg>)
If x.y is a rational number, and the absolute value of X+Y+1 and (x-y-2) are opposite to each other, then (3x-y) Details of the best, the best difficult steps have been explained. Happy New Year The fourth power of (3x-y)= If x.y is a rational number, and the absolute value of X+Y+1 is opposite to (x-y-2), then (3x-y) Details of the best, the best difficult steps are explained. Happy New Year The fourth power of (3x-y)=
The absolute value is greater than or equal to 0, and the quadratic is greater than or equal to 0. If the two are opposite to each other, they are both 0.
The opposite of 0 is 0
So |x+y+1|=0
(X-y-2)^=0
So x+y+1=0
X-y-2=0
Solution: x=1/2 y=-3/2
So (3x-y)^4=3^4=81
Given that the absolute values of (x+3)2 and y-2 are mutually opposite, z is the rational number with the smallest absolute value, and find the value of y power +xyz of (x+y)
Because the absolute values of (x+3)2 and y-2 are mutually opposite
So (x+3)2=0, absolute value of y-2=0, then x=-3, y=2
Because z is the least absolute rational number, z =0
Just add the values in.
RELATED INFORMATIONS
- 1. Given that (x+3)2 and |y-2| are mutually opposite numbers, z is the rational number with the smallest absolute value, and the value of (x+y) y+xyz is obtained.
- 2. If the integer x, y, z is equal to 2, x, y, I know. Say it. Forget it.
- 3. Given x power of 9 of 8 x y power of 10 of 9 x 16 of 15=2, find the value of x, y, z?
- 4. 2009×2011/2010^2-1 Calculated by square difference formula
- 5. Given the square of |a+1(b-2)=0, find the value of (a+b) to the 2013 power +a to the 2012 power
- 6. Given a =25, b =-3, the last digit of a99+b100 is ______.
- 7. Given that the first power of 2 is equal to 2, the second power of 2 is equal to 4, and the third power of 2 is equal to 8(1), can you guess the number of the 64th power of 2? (2) Based on the above inferences and in combination with the calculation, estimate the number of bits of (2+1)×(22+1)×(2^4+1)...(2^64+1) Given that the first power of 2 is equal to 2, the second power of 2 is equal to 4, and the third power of 2 is equal to 8(1), can you guess what the number of bits of the 64th power of 2 is? (2) Based on the above inferences and in combination with the calculation, estimate the number of bits of (2+1)×(22+1)×(2^4+1)...(2^64+1)
- 8. What is the 2010 power *(-4)2011 power of (-0.25)? What is the power of *(-4)2011 power of (-0.25)?
- 9. The result of calculating the 2008th power of (—0.2) multiplied by the 2009th power of 5+ the 2009th power of (—1)—(—10de 2008th power
- 10. 1-1/2 2009 Power x (-2)2010 power equals? Should be 1 minus (1/2) by 2009(minus two) by 2010
- 11. If x power of 2= y power of 3,4= z power of 2,8=18, then xyz is
- 12. If 2003X cube =2004Y cube =2005Z cube, XYZ is greater than zero and 3√(2003X cube +2004Y cube +2005Z cube) If 2003Xcubic=2004Ycubic=2005Zcubic, XYZ is greater than zero, and (2003Xcubic+2004Ycubic+2005Zcubic) the root of the third power = the root of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the fourth power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third power of the third
- 13. If 2004x+2005y =2003,2005x +2004y =2006, find the value of the square of (x+y)+(x-y) If the equation group 2004x+2005y =2003,2005x +2004y =2006, find the value of the square of (x+y)+(x-y). Write the process of solving the problem and give a quick answer.
- 14. Given that a, b are rational numbers, and satisfy equation 5-√2a=2b+2/3√2-a, find the value of a, b.
- 15. Given that a and b are rational numbers, and satisfy equation 5-(√3) a=2b+2/3(√3)-a, find the value of ab [urgent]
- 16. If ab is a rational number, define a new operation △: a△b=2ab-1, for example,(-3)△4=2×(-3)×4-1=-25, try to calculate: (1)3△(-5); (2)[3△(-5)]△(-2).
- 17. Define the operation "*" a*b=ab-b for rational numbers a and b, and find (-3)*4 Points for correct answer For rational numbers a *" a*b=ab-b for rational numbers a and b, and find (-3)*4 If the answer is yes. For rational numbers a *" a*b=ab-b for rational numbers a and b, and find (-3)*4 Points for correct answer
- 18. Definition: a ※b=(a-b) divided by (1+ab) is an operation within the range of rational numbers to obtain the value of (-2)3. Definition: a ※b=(a-b) divided by (1+ab) is an operation within the range of rational number to obtain the value of (-2)3.
- 19. Define a*b=a+b/1-ab as an operation of rational number range, calculate (-2)*5 Define a*b=a+b/1-ab as an operation of rational number range, and calculate (-2)*5
- 20. For rational number AB, define operation ★ as follows A B=A+B divided by AB, find 3★(-4) Answer by question For rational number AB, define operation ★ as follows A B=A+B divided by AB, and find 3★(-4) Answer by question