Is 0.6 greater or less than 0.60

Answers

Answer 1

Answer: it is same because if u see there is 0 behind 0.6 but u can't see it so it is equal

Answer 2

Answer: It is the same. Even though you put a 0 in the end can't change the number

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What all the multiples of 81?

Answers

3,9,27 ( the 9 can be multiplied by itself to get 81 9*9)

3,9,27 are the answers of the multiples of 81

8:4 6:4 8:2 6:3 biggest ratio

Answers

Easy, make the ratios as a decimal. 8:4=2, 6:4=1.5, 8:2=4, and 6:3=2. Now, we have 2, 1.5, and 4, and 2. We can eliminate 8:4 and 6:3 since they are the same ratios, 1.5 equals 1.50, 4=4. Ask your self. Is 1.50 greater than 4? Well your answer is no. 4 is greater than 1.50. So, the biggest ratio is 8:2

8:2 is the biggest ratio, because if you reduce each ratio to the smallest ratio 4:1 is the biggest. 8:4 = 2:1... 6:4 = 3:2... 8:2 = 4:1... 6:3= 2:1...

A 2000 gram sample of radioactivematter will completely decay (be
undetectable) in 20 hours. There
exists a set of ordered pairs (t, m),
where t is the amount of time in hours
that the substance has been decaying,
and m is the mass in grams that has
decayed.
If t > 0, what is the range of m?

Answers

Answer:

The range is 0 < m < 2000 when t > 0

Step-by-step explanation:

* Lets explain how to solve the problem

- The exponential function is $f(x)= a(b)^(x)$ , where

a is the initial amount and b is the growth factor

- If b > 1, then it is exponential growth function

- If 0 < b < 1, then it is exponential decay function

* Lets solve the problem

- A 2000 gram sample of radioactive matter will completely decay

(be undetectable) in 20 hours

- There is a set of ordered pairs (t , m) exists, where t is the amount

of time in hours that the substance has been decaying and m is

the mass in grams that has decayed

∵ We can represent this situation by an exponential decay function

∴ $m(t)= 2000(b)^(t)$ , where b is the growth factor which is

greater than zero and less than 1 , t is the lime in hours and

m(t) is the mass of the substance in gram

- In any function the domain is the value of x and the range is

the value of y

∵ In the function the domain is t and the range is m

∵ When t = 0 then m = 2000 ⇒ initial amount

∵ When t = 20 then m will be closed to zero

∴ The domain of the function is 0 < t < 20

∴ The range of the function is 0 < m < 2000

* The range is 0 < m < 2000 when t > 0

Help with 15? plz thx for your help

Answers

a) .34, 3/5, .7
because i know that 3/5 =.6 and 7 is bigger than 6 and 6 and 7 is bigger than 3
b)77/100 ,4/5, .817
i know because 77/100=.77 and this is the smallest and 4/5=.8 and this is the second smallest
c).425, 1/2, 3/5i know because 1/2=.5 and 3=5=.6

What is the approximate distance between the points (-3, -4) and (-8, 1) on a coordinate grid

Answers

Answer:

$D= 7.071$

Step-by-step explanation:

Here we are given with two coordinates and asked to determine the distance between them.

Here we are going to use the distance formula, which is given as under

$D=√((y_2-y_1)^2+(x_2-x_1)^2)$

Where

$(x_1,y_1) = (-3,-4))$

$(x_2,y_2) = (-8,1)$

Replacing these values in the distance formula

$D =√((-8-(-3))^2+(1-(-4))^2)$

$D =√((-8+3)^2+(1+4)^2)$

$D =√((-5)^2+(5)^2)$

$D =√(25+25)$

$D =√(50)$

$D= 7.071$

Hence the Distance is 7.071 units

Answer:

7.07

Step-by-step explanation:

Which numbers belong to the range of the relation {(–2, 0), (1, 3), (–2, 3), (1, 0)}?Choose all answers that are correct.

A.

–2

B.

0

C.

1

D.

3

Answers

Range is the y value in the ordered pair.

So the y coordinates in the ordered pairs would be 0 and 3.

Answer: B and D

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