Question

I need help with my math homework plz it is due in the morning it is about Special Case Solutions I will post the questions down below:

Answer 1

How many solutions does the equation:
3x+15=2x+10+x+5 have?
The equation has_______________ solutions.

Answer 2

@Hoodmemes can you or someone else please help?

Answer 3

3x+15=2x+10+x+5
3x+15=_____x +______
3x=______+15=3x-________+15
______=______

Answer 4

Please someone help

Answer 5

If the value of the x is negative would the equation still be true? Explain

Answer 6

@mxddi3

Answer 7

did u get help?

Answer 8

@IamAku

Answer 9

\(\color{#0cbb34}{\text{Originally Posted by}}\) CourtneyWatson
3x+15=2x+10+x+5
3x+15=_____x +______
3x=______+15=3x-________+15
______=______
\(\color{#0cbb34}{\text{End of Quote}}\)
Ok so you would solve \(3x+15=2x+10+x+5\)
by first adding parenthesis to combine the like terms
Once you add the parenthesis it would look like this \(3x+15=(2x+x)+(10+5)\)
So combining the like terms, \((2x+x=3x)\) because if there is \(x\) with no coefficient then it is equal to \(1x\), and 2+1=3, so 3x
then 10+5 which is 15
So \(3x+15=(2x+x)+(10+5)=\)
\(3x+15=3x+15\)

So then the second thing we do is get the \(3x+\)
Change the plus `(+)` to a minus `(–)`
So then we \(–3x\) (because we changed to to a –)
to both sides of the equation
So \(3x+15−3x=3x+15−3x\)
That solved would equal \(15=15\)

So the last step, \(–15\) to both sides of the equation,
so \(-15\) to both sides of \(\bf 15=15\)
\(15−15=15−15\)
so \(\sf ?=?\)

Using this you should be able to fill in the blansk

Answer 10

Blanks*

Answer 11

\(\color{#0cbb34}{\text{Originally Posted by}}\) @CourtneyWatson
How many solutions does the equation:
3x+15=2x+10+x+5 have?
The equation has_______________ solutions.
\(\color{#0cbb34}{\text{End of Quote}}\)
@supie here the question not was answered pls.

what is the right answer ? what mean this case when you get simplified every terms or how is in this case when the left side is equal the right side ?

Answer 12

how many solutions has this equation ?

Answer 13

It would be \(0=0\)
so that means there will only be one solution
right?

Answer 14

brb
afk

Answer 15

no

you get that for indifferent value of x the left side will be equal with the right side so what result from this ?

Answer 16

\(\color{#0cbb34}{\text{Originally Posted by}}\) @jhonyy9
ok pls remember in this case there are infinity solutions bc. you can give indifferent values to x ALWAYS the left side will be equal right side

so infinity solutions
\(\color{#0cbb34}{\text{End of Quote}}\)

Answer 17

@Laylalyssa

Answer 18

Ohh ok

Thanks @jhonyy9

Answer 19

np

yw