Question

https://gyazo.com/93aac38f7f5df6e7f30cfca91580bb43

Answer 1

Exponents of zero have value 1:\[n^{0}=1\]Exponents of 1 doesn't actually mean anything because it's the number itself:\[n^{1}=n\]Negative exponents means this:\[n^{-1}=\frac{1}{n^{1}}\]

Answer 2

So, what answers did you get from what I just said? :p

Answer 3

idk ;(

Answer 4

i need help idk how to get the ANSWERS

Answer 5

>_> ... Apply what I said to the equations... n is an example number...

Answer 6

@pooja195 x_x

Answer 7

IDK

Answer 8

=_=... First question I will do to show you... 11^0 is in n^0 format:\[11^{0}\rightarrow n^{0}\]\[n^{0}=1\rightarrow11^{0}=1\]

Answer 9

idk how to do that >->

Answer 10

im being honest

Answer 11

In first question 11 is the n.
In second question -49 is the n.
In third question 0 is the n.
In fourth question, 7 is n.

Answer 12

wait 2 is b?!

Answer 13

No. #2 is not B.

Answer 14

wait explain to m how i can find the answers

Answer 15

*Sits up str8*

Answer 16

D: I already explained to you!! > <

Answer 17

D;

Answer 18

@XEnt appreciate the help you are given @kittiwitti1 has already explained to you. If you don't understand it still then i think you need to talk to your teacher.

Answer 19

Thank you @pooja195 x_x

Answer 20

D: my teacher got ran over by a train im getting a replacement monday

Answer 21

XOX

Answer 22

. . .

Answer 23

I hope you didn't push him. :p

Answer 24

its a girl -___-

Answer 25

lol xD
ok any base that has an exponent of 0 results in 1

Answer 26

therefore 11^0=1

Answer 27

3= 3

Answer 28

Are you trolling???

Answer 29

3=C

Answer 30

OH so you had a lover's spat with the professor and you pushed her and she fell in front of the train!! You muderer!! D:

Answer 31

Murderer*

Answer 32

@XEnt really? Stop trolling.

Answer 33

can we stay professionnal here?

Answer 34

im not trolling...

Answer 35

im trying to solve this equation

Answer 36

._,

Answer 37

Murderer*
I'm sorry but you killed someone I must take you into custody now :\

Answer 38

;/

Answer 39

please stop

Answer 40

can we work on this problem >_<?

Answer 41

please

Answer 42

Please take answering these problems seriously. :]
Okay. \[n^{0}=1\]\[\text{if n=11, what is }n^{0}?\]

Answer 43

11^0

Answer 44

;D

Answer 45

Okay now solve that.\[11^{0}=?\]

Answer 46

11?

Answer 47

>_<

Answer 48

._ .
How...
\[n^{0}=1\]\[\text{if n=11... }11^{0}=n^{0}=?\]

Answer 49

>_< im trying but i just doont know ;(

Answer 50

Solve the question I gave you 28 seconds ago

Answer 51

ok any base that has an exponent of 0 results in 1 therefore 11^0=1 <= #1
(-49)^1 translates to -49 x 1 so what is -49 x 1 =? <=#2
0^1 = 0 x 0 = ? <=#3
#4=>For this you want to make the exponent positive so you want to make it a fraction like this :

We need to bring down the exponent to make it positive like this

So whats 7 x 7
This is all the help im offering you take it or leave it is up to you.

Answer 52

11^0 =1 =?

Answer 53

Take off the "=?" and you got your answer ^^

Answer 54

7 x 7 49 ezzz

Answer 55

11^1 :D?

Answer 56

Im gonna let @kittiwitti1 finish it since she started :)

Answer 57

wait wtf how does this relate to my question?

Answer 58

No, 11^0*=1. Anything with 0 as exponent is 1.

Answer 59

so is this a answer choice?

Answer 60

It has 0 as exponent right?

Answer 61

yes

Answer 62

11^0 = 1 i been knew that ;-;

Answer 63

... Now I take you into jail for murdering your professor. >.>

Answer 64

>_>

Answer 65

skype?

Answer 66

kitti you got skype>

Answer 67

?

Answer 68

JOKING XD
Anyway next problem has 1 as exponent. It just means the number itself.

Answer 69

is 2 is D -49? ;D

Answer 70

Yes :]

Answer 71

;)

Answer 72

#3 is same idea. What answer did you get/

Answer 73

b ;D

Answer 74

*Gets it wrong*

Answer 75

No it's right XD
Okay and #4?

Answer 76

C ;D

Answer 77

Yesss
Look you succeeded!!! CONGRATULATIONS!!! -throw confetti!- :D

Answer 78

*Stares O_O*

Answer 79

;D more?

Answer 80

But you still going to jail for killing your professor. >_>

Answer 81

>_<