Drag each expression to show whether it is equivalent to −2.6−(−5.9) -2.6 x - -5.9 x , −2.6+(−5.9) -2.6 x + -5.9 x , or neither.

Answer:
[tex]-2.6x-(-5.9x)[/tex] is equivalent to [tex]-2.6x+5.9x[/tex] and [tex]5.9x+(-2.6x)[/tex]
[tex]-2.6x+(-5.9x)[/tex] is equivalent to [tex]-2.6x-5.9x[/tex] and [tex]-5.9x+(-2.6x)[/tex].
The expressions which are equivalent to neither:
[tex]-5.9x+2.6x[/tex] and [tex]5.9x-(-2.6x)[/tex]
Step-by-step explanation:
Given the expressions:
1) [tex]-2.6x-(-5.9x)[/tex]
2) [tex]-2.6x+(-5.9x)[/tex]
To find:
The expressions equivalent to the given expressions.
or the expressions which are not equivalent to any of the given expressions.
Solution:
First of all, let us solve the brackets from the given expressions.
[tex]-2.6x-(-5.9x)[/tex] can be written as [tex]-2.6x+5.9x[/tex] (because when we multiply a negative sign with negative, it becomes positive.)
Similarly [tex]-2.6x+(-5.9x)[/tex] can be written as [tex]-2.6x-5.9x[/tex] (because when we multiply a positive sign with negative, it becomes negative.)
Therefore, the answer is:
[tex]-2.6x-(-5.9x)[/tex] is equivalent to [tex]-2.6x+5.9x[/tex] and [tex]5.9x+(-2.6x)[/tex]
[tex]-2.6x+(-5.9x)[/tex] is equivalent to [tex]-2.6x-5.9x[/tex] and [tex]-5.9x+(-2.6x)[/tex].
The expressions which are equivalent to neither:
[tex]-5.9x+2.6x[/tex] and [tex]5.9x-(-2.6x)[/tex]