Where is the table? Even if not, you would use a variable or use the butterfly method to see who has the biggest average.

Answer: 7

Step-by-step explanation:

first you calculate the equation, then add everything together

**Answer:**

Write these in Scientific Notation:

0.0002

2 x 10-4

20 x 10-4

2 x 104

20 x 104

2.) 0.000049

49 x 106

4.9 x 105

49 x 10-6

4.9 x 10-5

3.) 0.000000000845

84.5 x 1011

8.45 x 1010

8.45 x 10-10

84.5 x 10-11

4.) 0.000000000008

80 x 10-13

8 x 10-12

80 x 1013

8 x 1012

5.) 0.00000127

1.27 x 106

12.7 x 107

12.7 x 10-7

1.27 x 10-6

6.) 0.0000000000752

7.52 x 10-11

75.2 x 10-12

7.52 x 1011

75.2 x 1012

7.) 0.000000301

30.1 x 10-8

3.01 x 10-7

3.01 x 107

30.1 x 108

8.) 0.00000000633

63.3 x 1010

6.33 x 109

6.33 x 10-9

63.3 x 10-10

9.) 0.00000009

9 x 10-8

90 x 10-9

9 x 108

90 x 109

10.) 0.0000536

5.36 x 105

53.6 x 106

53.6 x 10-6

5.36 x 10-5

11.) Rewrite these in standard notation.

6 x 10-6

0.0006

0.00006

0.000006

0.0000006

12.) 4 x 10-5

0.00004

0.000004

0.0000004

400,000

13.) 1.8 x 10-11

0.000000000018

0.00000000018

180,000,000,000

1,800,000,000,000

14.) 1.7 x 10-4

17,000

170,000

0.00017

0.000017

15.) 7.6 x 10-10

0.00000076

0.000000076

0.0000000076

0.00000000076

16.) 7.79 x 10-12

0.0000000000779

0.00000000000779

779,000,000,000,000

7,790,000,000,000,000

17.) 1.98 x 10-8

19,800,000,000

198,000,000

**Answer: **

**Step-by-step explanation:**

you need to divide 10 by 2/3.

Katty has 10/1 tanks of gas fuel in his truck. He uses 2/3 of it each day.

**Answer:**

66.8% or 0.66772

**Step-by-step explanation:**

0.66772

Given that :

Mean (m) = 62

Standard deviation (s) = 4

probability that a data value is between 57 and 65

P(57 < x < 65)

Using the relation :

(x - m) / s

P(x < 57) :

(57 - 62) / 4 = - 1.25

P(Z < - 1.25) = 0.10565 ( Z probability calculator)

P(x < 65) :

(65 - 62) / 4 = 0.75

P(Z < 0.75) = 0.77337 (Z probability calculator)

P(Z < 0.75) - P(Z < - 1.25)

0.77337 - 0.10565 = 0.66772