#i need a little help with this
53 messages · Page 1 of 1 (latest)
NO
no*
null factor law only works when mn = 0
when you have two numbers that multiply to give zero
at least one of them has to be zero
when mn equals anything else
theres an infinite amount of pairs that can satisfy the equation
Sorry if i bothered you but like i can't do anything else if the equation is equal to number? The only thing i can do is to make it equal to zero and then solve it?
Can i use a quadratic formula if it equals a number?
well if it equals a number
say your equation is
2x^2 + 3x + 5 = 7
you have to bring the 7 over
because the form is ax^2 + bx + c = 0
It's true that if any 2 numbers in a multiplication is 0 then the whole product is 0, but it's not true that if any 2 numbers is -1 then the product is -1
Got it thanks mate
You probably already know but your equation can be written as (x+1)^2=0
At which point you can use null factor magic
^
irrelevant to what the other guy is saying but one of your answers in this case are incorrect since if x=-3 then x*(x+2) = 3
Yeah i
Did it
So at the end i can only do that when the equation is equal to 0
no the function x^2 +2x+1 is not linear
what you have is the graph of the solution
which there is just a single number
-1
no cope
Isn't x^2 is like this (U)
indeed, it describes a parabola
Yeah
y = x^2 + 2x + 1
its a joke
man
and my statment is right this is linear
you cope
dang
Simplify [(x⁴y‐¹)²/x⁵y‐³]² × (x‐²y⁶)/2(xy³)‐² 26 y⅓/x½ ÷ (x½y⅔/x³y⁴)
÷ 💀
TimK
quadratic equation
.solved