Question

~~!!WILL FAN AND MEDAL!!~~

If (6^0)^x = 1, what are the possible values of x? Explain your answer. (5 points)

Answer 1

@Hero @imqwerty @iloveyou;* @Robert136 @Starr_DynastyT @KAKES1967 @nuccioreggie @mathway @geny55

Answer 2

i suck at math sorry :/

Answer 3

:c

Answer 4

@goformit100 @sammixboo @Elsa213 @whpalmer4 @triciaal @thomaster @ganeshie8 @nincompoop @vera_ewing @ikram002p @sourwing @Jaynator495 @sweetburger

Answer 5

help

Answer 6

???

Answer 7

@jasmineETTA

Answer 8

@Tazmaniadevil

Answer 9

@MrNood

Answer 10

:C

Answer 11

first - what is 6^0

Answer 12

1

Answer 13

@Mehek14

Answer 14

so your equatio0n becomes 1^x = 1

from your answer above can you see a value of x that ids true for that?

Answer 15

yes

Answer 16

???

Answer 17

so - I asked 'can you see a value for x such that 1^x = 1'

there are 2 values - what are they?

Answer 18

1,0

Answer 19

??? y u keep leaving??

Answer 20

so - you have the answer....

Answer 21

how am i going to explain my answer?

Answer 22

x^0 = 1 for all x
1^n = 1 for all n

Answer 23

k

Answer 24

i have more pls help

Answer 25

Find the value of the following expression:

(38 ⋅ 2−5 ⋅ 90)−2 ⋅ 2 to the power of negative 2 over 3 to the power of 3, whole to the power of 4 ⋅ 328 (5 points)

Write your answer in simplified form. Show all of your steps. (5 points)

Answer 26

wait let me edit

Answer 27

x = all real numbers

Answer 28

Find the value of the following expression:

(3^8 ⋅ 2^−5 ⋅ 9^0)^−2 ⋅ 2 4 ⋅ 3^28 (5 points)

Write your answer in simplified form. Show all of your steps. (5 points)

Answer 29

if you evaluate the brackets first e4hn it becomes 1^x =1

if you evaluate 6 ^ 0*x

then that allows for all real numbers

Answer 30

@sourwing

if you evaluate the brackets first then it becomes 1^x =1

if you evaluate 6 ^ 0*x

then that allows for all real numbers, but brackets are evaluated before exponents

Answer 31

for the original question the answer I have is 1
6^0^x = 1 0*x = 0 6^0 = 1

Answer 32

thx

Answer 33

can u help me with one last question??

Answer 34

???

Answer 35

Part A: The sun produces 3.9 ⋅ 10^33 ergs of radiant energy per second. How many ergs of radiant energy does the sun produce in 3.25 ⋅ 10^3 seconds?

Part B: Which is the more reasonable measurement of the distance between the tracks on a railroad:
1.435 ⋅ 10^−3 mm or 1.435 ⋅ 10^3 mm? Justify your answer.

Answer 36

HELLO?????????!!!>

Answer 37

pls help

Answer 38

dont just stare at the post but dont help

Answer 39

OMG

Answer 40

@surjithayer HELP ME pls :)

Answer 41

-_-

Answer 42

can u pls git of my post if ur not gonna help im sorry but poststalking is anoying

Answer 43

:D

Answer 44

\[1.435*10^{-3}=\frac{ 1.435 }{ 1000 }=.001435 mm\]
\[1.435*10^3=1.435*1000=1435 ~mm\]
can you conclude now?

Answer 45

thx

Answer 46

yw