# Which of the following statements is true about the data set below?15, 19, 17, 17, 14, 13, 18, 21, 16, 14A. The mean has a higher value than the median.B. The median has a higher value than the mean.C. The mean and median have the same value.

## Answers

Answer 1
Answer:

The correct statement about the dataset is that  The median has a higher value than the mean.

The mean:

The mean of the dataset can be regarded as the number that is the average.

Calculation

15+19+17+17+14+13+18+21+16+14= 164

164/10

= 16.4

The median:

The median in a dataset can be defined as the number that occurs at the middle of the dataset when it is arranged in the right order

13, 14, 14, 15, 16, 17, 17, 18, 19, 21

Median = 16+17/2

= 16.5

The conclusion is that the median is higher than the mean.

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Answer 2
Answer:

Answer:

A: The mean has a higher value than the median

## Related Questions

Pls pls pls helpill give whoever answers brainlist or whatever it is
what are the answers to each question on this chart
thanks ;)

### Answers

Answer: 1. Opposite of the equator

2. the sun is on the other side of the earth, the light is away, turns to night

3. you want low, high has less oxygen, harder to breathe

4. it's a different name for hurricanes

5. no days or nights

6. sun showing at midnight (usually near north or south pole)

7. energy that comes from the sun

8. greenhouse gases

9. bodies need heat, cold weather ruins warm activities, like swimming

10. equator

Explanation:

Write the coordinates of the vertices after a translation 3 units right.

### Answers

Answer:

Hey!

We cant answer you question because there's no diagram!

Explanation:

Maybe next time put it up and we'll try to answer!

The triangles shown below must be congruent.45
12
45°
12
A. True
B. False

### Answers

the answer is: true

Answer:

TRUE

Explanation:

right for ap-ex

Answer the second sentence in question 4

### Answers

Answer:

destructive forces

Explanation:

Answer:

The answer is destructive forces.

Explanation:

1) The Sun has an average surface temperature of approximately 6000 K. Calculate the power per unit area released by the surface of the Sun using Stefan-Boltzmann Law and report the value below. Units are a must. (2 points)Power per unit area released by the Sun=

### Answers

Answer:

Power per unit area released by the Sun is 73,488,384 Watt per meter square.

Explanation:

The Sun has an average surface temperature of approximately,T= 6000 K

The power per unit area released by the surface of the Sun be P'

Stefan-Boltzmann Law  is given as:

where

Stefan-Boltzmann constant

T = Absolute temperature of the body

Power per unit area released by the Sun:

To determine the nature of the differences between northern and southern Arizona, geologists could: map the geology in detail, take seismic profiles, study drill core, and reconstruct the geologic history between each province.True

False

### Answers

Answer:

True

Explanation:

The fourth methods outlined in the paragraph are useful to determine the nature of the differences between the geology of northern and southern Arizona.

This is because these geology differences can manifest in seismic profiles, in geologic history (for example, the differences in the rock formations that form the soil of the two regions), in drill core studies, and also, in a detailed map of the geology of the state, where ideally, the results from the previous studies would be mapped.