Question

Help o;

Answer 1

@AZ

Answer 2

What do you believe it is?

Answer 3

idk

Answer 4

Okay. Well..

Driver A:
12 mean deliveries
3 MAD

Driver B:
15 mean deliveries
3 MAD

Do you know what MAD is?

Answer 5

yea it means mean-absolute-deviation

Answer 6

Correct.

Do you know how to get it?

Answer 7

\(\color{#0cbb34}{\text{Originally Posted by}}\) @QuestionCoveBot
Correct.

Do you know how to get it?
\(\color{#0cbb34}{\text{End of Quote}}\)

that's irrelevant to the question

Answer 8

look at the numbers in the table @TETSXPREME

Driver A has a mean number of delivery of 12
Driver B has a mean number of delivery of 15

Driver A has a MAD of 3
Driver B has a MAD of 5

look at your answer choices one by one

which one is true?

Compare the two numbers. Which driver has a bigger mean number of delivery? What about the MAD?

Answer 9

I think its D

Answer 10

oops

Answer 11

I made a typo

Driver A has a MAD of 3
Driver B has a MAD of 3

Answer 12

look at the other answer choices

the correct answer is very obvious

Answer 13

so it isnt D?

Answer 14

no, the MAD for driver A and B are both 3

so one of them is not less than the other

Answer 15

but there is none that says that

Answer 16

Let's look at A and C

The mean number of deliveries for driver A is 12

The mean number of deliveries for driver B is 15

and what is the MAD for both of them?

Answer 17

3

Answer 18

so the MAD is 3

and what does the MAD tell us?

it tells us the absolute value of how much the data varies from the mean

and so what's your final answer

Answer 19

for both of the?

Answer 20

them*?

Answer 21

look at the table in the graph

both of them have a MAD of 3

Answer 22

oh its C?

Answer 23

yeah

Answer 24

tysm

Answer 25

yw