Question

use the laws of exponents to simplify use the laws of exponents to simplify @Mathematics

Answer 1

\[2_{9}^{6} \over 2^{_{7}^{6}}\]

Answer 2

that is 2^9/6 over 2^7/6

Answer 3

2^16/6 = 2^8/3

Answer 4

have more?

Answer 5

yes if you want to do some more for me

Answer 6

sure.

Answer 7

simplify by factoring \[\sqrt{700x ^{4}}\]

Answer 8

\[10x^2 \sqrt7\]

Answer 9

add simplify by collecting like radical terms \[17\sqrt{48}+3\sqrt{108}\]

Answer 10

\[86 \sqrt3\]

Answer 11

multiply \[\sqrt[3]{2}\times \sqrt[3]{4}\] that is 3squart 2 times 3squart 4

Answer 12

saifoo shouldn't the first one be
\[2^{\frac{1}{3}}\]?

Answer 13

2

Answer 14

OMG wait. hr had a different question before. he changed it when.. idk.

Answer 15

use rational exponents to simplify write the answer in radicnal notation \[ \sqrt[12]{a ^{10}}\]

Answer 16

\[\sqrt[6]{a^5}\]

Answer 17

so my last question saifoo you wrote 2 is that the answer to my last questions?

Answer 18

\[\sqrt[3]{2}\times \sqrt[3]{4} = 2\]

Answer 19

=what is the number before the squart root of a^5

Answer 20

six

Answer 21

the formula \[r=2\sqrt{5L}\] can be used to approximate the speed r in miles per hour of a car that has left skid marks of length L, in feet how far will a car skid at 50 mph

Answer 22

125

Answer 23

multiply \[\sqrt[4]{16} \times \sqrt[4]{32}\]

Answer 24

\[\Huge4 \sqrt[4]{2}\]

Answer 25

are you done or can you help with more

Answer 26

let me guess, u have to submit that before 12?

Answer 27

haha ya

Answer 28

UoP ? mathlab?

Answer 29

i have this and 4 others and a final

Answer 30

yes sir

Answer 31

u go to the same one

Answer 32

just 4 out of 66? :O

Answer 33

just four out of 66 what?

Answer 34

No, i help manyyy UoP guys with their hw. i have done these problems millions time.

Answer 35

times*

Answer 36

o ok

Answer 37

final has 66 questions

Answer 38

yes

Answer 39

i havent even start that yet this is for my quiz

Answer 40

ohh.

Answer 41

add simplify by collecting like radical terms if possible assume that all expressions under radicals represent non-negative numbers \[3\sqrt{y}+6\sqrt{y}\]

Answer 42

you can stay on and help with the final if you like lol

Answer 43

\[9 \sqrt y\]
lol. 66 questions. are u srs?

Answer 44

simplify \[\sqrt[3]{-729x ^{3}}\]

Answer 45

you sound smart if you get al these right i will know when i submit it

Answer 46

-9x

Answer 47

lol, u want "all" correct..
i dont take gurantee for one or two.. rest all are correct.

Answer 48

subtract simplify by collectin glike radical terms if possible assume all expressions under radicals represent non-negative numbers \[\sqrt[3]{1250x}-\sqrt[3]{10x ^{4}}\]

Answer 49

lol as long as i get a passing grade and i dont fault the quizzes ol i dont need all them correct

Answer 50

lol, u will get 80% + . that's for sure.

Answer 51

im here interent messed up

Answer 52

did you see i posted another one would you be able to work that one?

Answer 53

this site is lagging. :O

Answer 54

what does it mean to refer to a 20-in tv or 25-in tv set? such units refer to the diagonal of the screen a 15-in TV set also has a width of 12 inches what is it height?

Answer 55

9

Answer 56

if you still would like to help me

Answer 57

umm, Alright =D

Answer 58

this is quiz right?

Answer 59

this is the squiz not my final i have posted two questions could you help me with

Answer 60

where are those two?

Answer 61

scroll up can you not see them'/

Answer 62

about the tv

Answer 63

what does it mean to refer to a 20-in tv or 25-in tv set? such units refer to the diagonal of the screen a 15-in TV set also has a width of 12 inches what is it height?

Answer 64

what does it mean to refer to a 20-in tv or 25-in tv set? such units refer to the diagonal of the screen a 15-in TV set also has a width of 12 inches what is it height?
9

Answer 65

subtract simplify by collect like radical terms\[\sqrt[3]{1250x}-\sqrt[3]{10x ^{4}}\]

Answer 66

that is 3 in front of the 1250 x and 3 squar 10x^4

Answer 67

\[\sqrt[3]{10x}(5-x)\]

Answer 68

simplify by taking roots of numberators and denomiator \[\sqrt{25 \over 121}\]

Answer 69

121 or 125?

Answer 70

i still have 5 on the quiz if you wouldnt mind helpint with that

Answer 71

121

Answer 72

and myabe some on my final if you hvae time it not due till sunday maybe i will catch you on again tomorrow or sunday you can help me more?

Answer 73

that cannot be simplified..
well sure.. u may email me.. or facebook me.. we can talk about the final. ^_^

Answer 74

yes i hate math i used to be good at it and i got so behind i have to have all this turned in by midnight and it sucks

Answer 75

solve \[\sqrt{5y+6}=4\]

Answer 76

2

Answer 77

divide then simplify by taking roots if possible \[\sqrt{9xy ^{3}} \over \sqrt{3x}\]

Answer 78

that is 9xy ^3 and then 3x on bottom

Answer 79

\[y \sqrt3\]

Answer 80

find the following \[\sqrt{(a+7)^{2}}\]

Answer 81

that is ^2 at the end

Answer 82

|a+7|

Answer 83

solv\[\sqrt[3]{5x+9}+9=6\]e

Answer 84

no solution

Answer 85

simplify \[4^{3 \over 2}\]

Answer 86

that is 4 then ^ 3 over 2

Answer 87

8

Answer 88

i got 72. 92 thanks

Answer 89

dang! that's a C. :O

Answer 90

must be some format mistakes!

Answer 91

its ok better than what i would have gotten

Answer 92

now its my final i have to wrry about

Answer 93

do u have an email id?

Answer 94

my email personal email is brittanigraham88@yahoo.com

Answer 95

let's talk on email.

Answer 96

ok that is fine u wan tto help now with final i have a facebook give me yoru email for facebook that is easier

Answer 97

einstein.saifoo@gmail.com

Answer 98

added