Answer :
The goal is to rewrite the polynomial in descending order by the degree of each term. Consider the polynomial:
[tex]$$3x^3 - 5x + x^7 + 9 + 4x^{11}.$$[/tex]
Each term has a degree based on its exponent:
- The term [tex]$4x^{11}$[/tex] has degree 11.
- The term [tex]$x^7$[/tex] has degree 7.
- The term [tex]$3x^3$[/tex] has degree 3.
- The term [tex]$-5x$[/tex] has degree 1.
- The constant [tex]$9$[/tex] has degree 0.
Arranging these terms from the highest degree to the lowest, we get:
[tex]$$4x^{11} + x^7 + 3x^3 - 5x + 9.$$[/tex]
Thus, the polynomial in descending order is:
[tex]$$4x^{11} + x^7 + 3x^3 - 5x + 9.$$[/tex]
Comparing with the provided options, the correct choice is option B.
[tex]$$3x^3 - 5x + x^7 + 9 + 4x^{11}.$$[/tex]
Each term has a degree based on its exponent:
- The term [tex]$4x^{11}$[/tex] has degree 11.
- The term [tex]$x^7$[/tex] has degree 7.
- The term [tex]$3x^3$[/tex] has degree 3.
- The term [tex]$-5x$[/tex] has degree 1.
- The constant [tex]$9$[/tex] has degree 0.
Arranging these terms from the highest degree to the lowest, we get:
[tex]$$4x^{11} + x^7 + 3x^3 - 5x + 9.$$[/tex]
Thus, the polynomial in descending order is:
[tex]$$4x^{11} + x^7 + 3x^3 - 5x + 9.$$[/tex]
Comparing with the provided options, the correct choice is option B.