Question

fan + medal easy
see pic

Answer 1

@InstagramModel

Answer 2

can anyone help w this?

Answer 3

@Ms-Brains

Answer 4

@Aveline

Answer 5

@Aveline

Answer 6

@iGreenHacked

Answer 7

Sorry don't know.

Answer 8

cant u try tho @Aveline it doesn’t have to be perfect

Answer 9

@adedry @gunner123456789

Answer 10

@Barrelracing

Answer 11

I don't know lol

Answer 12

@DeadPooI

Answer 13

I don't know either ..

Answer 14

send nudez and ill help

Answer 15

anything is better than nothing at this point

Answer 16

and ill still give a medal

Answer 17

just anything passable

Answer 18

@escamer

Answer 19

@Jadedry

Answer 20

@AloneS

Answer 21

THIS IS THE QUESTION

Answer 22

@Mahoganie.Carson

Answer 23

If it has one real, non repeated root. What is the likely format of the equation?

I'll give you a choice: Is it more likely to be:

x-1

OR

x^2 + 3x + 2

?

Answer 24

the first one?

Answer 25

I don't know maybe you can look in your math book

Answer 26

Okay so you need the explanation?

Answer 27

correct!

Now, what is the order of (x-1) ?

Answer 28

i need the answer

Answer 29

Please, this is openstudy, not openanswer. :c

we have to go through this together.

Answer 30

okay whats the next step?

Answer 31

what is the order of x-1?

Also, for reference. (I quote this from wikipedia)

"The theorem is also stated as follows: every non-zero, single-variable, degree n polynomial with complex coefficients has, counted with multiplicity, exactly n roots"

Answer 32

I’m really bad at this so i really don’t know

Answer 33

The order depends on what is the highest power x (in the equation.)

so: x^2 + 7 has an order of 2.

x^5 - 9 has an order of 5

x^3 has an order of 3

what is the order of x-1?

Answer 34

i don’t know what is it

Answer 35

is it 1 like idk?

Answer 36

it's 1 . c:

Answer 37

So, that's the end answer but you still need to explain it.

Answer 38

how? what is 1 is the answer? should i write x-1=1?

Answer 39

repeating what I said:

"The theorem is also stated as follows: every non-zero, single-variable, degree n polynomial with complex coefficients has, counted with multiplicity, exactly n roots"

So, since the problem states that it has 1 root. The Theorem states that any equation with 1 root, has 1 polynomial.

Answer 40

So, since it has one polynominal, it has an order of "1"

that's the answer. c:

Answer 41

ok thank u ill tag u

Answer 42

I’m posting a new problem in a sec