Question

solve: square root of x =20

Answer 1

-4.47 or 4.47

Answer 2

19 are remaining

Answer 3

thats not one of the answers :(

Answer 4

give me the options

Answer 5

\[\sqrt{x}=20\]

Answer 6

thats the equation

Answer 7

x=400

Answer 8

next

Answer 9

so it 400

Answer 10

or \[\pm400\]

Answer 11

nope

Answer 12

ok

Answer 13

20 * 20

Answer 14

next one is \[\sqrt{x}=16\]

Answer 15

16 * 16

Answer 16

16*16=256

Answer 17

next

Answer 18

Which set of numbers could represent the lengths of the sides of a right triangle?
8, 10, 18
8, 10, 14
6, 8, 14
6, 8, 10
.

Answer 19

if you have the square root of x = a number, then the answer is that number ^2

Answer 20

thanks

Answer 21

6,8,10

Answer 22

@xo_ellaaavasquez pythagorean theorem 36+64=100 then sqrt100=10 , then it's 6,8,10

Answer 23

Which set of numbers could represent the lengths of the sides of a right triangle?
\[7,\sqrt{47}, 9 \]
\[ 5,\sqrt{39}, 8 \]
\[ 3,\sqrt{29}, 6 \]
\[9,\sqrt{10}, 11\]

Answer 24

second one

Answer 25

solve \[\sqrt{3x-4}=3\]

Answer 26

x=13/3 ,,,,next one

Answer 27

solve \[5\sqrt{x}+3=7\]

Answer 28

16/25

Answer 29

next one

Answer 30

Find the missing side length of the right triangle

Answer 31

9.79

Answer 32

A.6
B.16
C.\[\sqrt{146}\]
D.\[4\sqrt{6}\]

Answer 33

those are the answers for that question find the missing length

Answer 34

D.
46√

Answer 35

c'mon next one

Answer 36

ok :)

Answer 37

Let y = 45,000(0.97)x represent the purchasing power of $45,000 with an inflation rate of 3% per year, where x represents the number of years. What is the purchasing power when x = 0?

Answer 38

45000 i think because 0.97^0=1 ,then the answer i think is 45000

Answer 39

Erica is in training for a cross country race. She has been training by running 3 miles each day. She will be increasing her running by this weekly formula:, where x represents the number of weeks and y represents the distance run. What is the value if x = 0?
0
1.1
3
3.3

Answer 40

@xo_ellaaavasquez 3 i guess , next one

Answer 41

Let y = 32,000(0.94)x represent the purchasing power of $32,000 with an inflation rate of 6% per year, where x represents the number of years. The table represents the values for the four years after the initial one. Which year has an incorrect value?

Years later (x) 1 2 3 4
Purchasing Power $ (y) 30,080 28,275 26579 24,592

Answer 42

D

Answer 43

next

Answer 44

The equation, y = 16,000(0.82)x, represents the value of a $16,000 vehicle after x years of age. Calculate the value for x = 8. Given that this represents the value of the vehicle 8 years later, does this value make sense? yes or no

Answer 45

try this value 16000(0.82^8) = $3270.62

Answer 46

so it does make sense because thats what the question is asking lol

Answer 47

so it's correct ??

Answer 48

ok

Answer 49

the old is gold hhhh

Answer 50

The number of farms in a certain area can be represented by the equation, y = 85,000(0.95)x, where x represents the number of years after 1990. Predict the number of farms in the area in 2008 (x = 18), to the nearest whole number.
35,540
33,763
32,075
30,471

Answer 51

y = 85000(0.95)^x then 85000(0.95^18)=33763

Answer 52

Let y = 45,000(0.97)x represent the purchasing power of $45,000 with an inflation rate of 3% per year, where x represents the number of years. Predict the purchasing power in 10 years (x = 10), rounded to the nearest dollar.
$45,000
$41,256
$38,528
$33,184

Answer 53

would it be B

Answer 54

D

Answer 55

is it correct?

Answer 56

Suppose that y = 37,000(1.005)x represents the median household income in the U.S. , where x represent the number of years after 1980. Predict the median household income in 2010 (x = 30), rounded to the nearest dollar.
$111,215
$82,523
$42,972
$52,900

Answer 57

and yes you are

Answer 58

$42,972

Answer 59

i have a couple questions left omg how can i freaking thank you aghhh thanks super much :,)

Answer 60

no problemo

Answer 61

This is the table for the billions of dollars in book sales for the first four years after 1990, using the equation . They have been rounded to the nearest whole number. Which of the years has an incorrect value?

Years after 1990 (x) 1 2 3 4
Billions of dollars (y) 20 21 22 23


A. 1
B. 2
C. 3
D. 4
@kyusakazaki

Answer 62

:(

Answer 63

wait a little bit

Answer 64

ok

Answer 65

i think it's number 4 check it

Answer 66

its correct

Answer 67

23.7 near to 24 then it's correct

Answer 68

yes well thank you so much helping ima get some sleep thank you so much

Answer 69

remain one question

Answer 70

??

Answer 71

sorry i did a miscalculation