高次方程式的意思、翻譯和例句

是什麼意思

「高次方程式」是指其最高次數大於一的多項式方程式。這類方程式的形式通常為:a_n*x^n + a_(n-1)*x^(n-1) + ... + a_1*x + a_0 = 0,其中 n > 1,且 a_n 不等於零。高次方程式可以有多個解,這些解可能是實數或複數,並且解的數量取決於方程的次數。

依照不同程度的英文解釋

  1. An equation where the highest power of the variable is more than one.
  2. An equation that includes terms raised to a power greater than one.
  3. An equation that can have multiple solutions.
  4. An equation involving a variable raised to a higher degree.
  5. An equation that can be complex and have various types of solutions.
  6. A polynomial equation with a degree greater than one.
  7. An equation that may involve complex numbers as solutions.
  8. A mathematical statement involving a variable raised to a power greater than one.
  9. A polynomial equation that can have a degree of two or higher, often requiring advanced methods to solve.
  10. A mathematical expression set equal to zero, where the variable has an exponent greater than one.

相關英文單字或片語的差別與用法

1:Polynomial equation

用法:

這是指一種數學方程式,其中包含一個或多個變量及其冪次,且最高冪次大於一。多項式方程式的解可以是實數或複數,並且通常需要使用代數方法來求解。

例句及翻譯:

例句 1:

這是一個二次多項式方程式。

This is a quadratic polynomial equation.

例句 2:

多項式方程式的根可以通過因式分解來找到。

The roots of the polynomial equation can be found through factoring.

例句 3:

在數學中,學習如何解多項式方程式是非常重要的。

In mathematics, learning how to solve polynomial equations is very important.

2:Higher-degree equation

用法:

這是指任何次數大於一的方程式,通常涉及複雜的運算和解的求解。高次方程式的解可能需要使用數值方法或圖形方法來尋找。

例句及翻譯:

例句 1:

高次方程式的解可能需要數值方法來找到。

The solutions to higher-degree equations may require numerical methods to find.

例句 2:

我們在課堂上學習了如何處理高次方程式

We learned how to handle higher-degree equations in class.

例句 3:

高次方程式時,可能會遇到多個解。

When solving higher-degree equations, you may encounter multiple solutions.

3:Algebraic equation

用法:

這是指包含變量和常數的方程式,並且可以用代數方法來求解。高次方程式是代數方程式的一種特例。

例句及翻譯:

例句 1:

這個代數方程式的解需要代入法來求解。

The solution to this algebraic equation requires substitution.

例句 2:

代數方程式的形式可以是簡單或複雜的。

Algebraic equations can be simple or complex in form.

例句 3:

許多數學問題都可以轉化為代數方程式。

Many mathematical problems can be translated into algebraic equations.