According to Jax's pedometer, he walked 2.783\,\text{km}2.783km2, point, 783, space, k, m while taking care of the livestock in
2 answers:
We have been given that according to Jax's pedometer, he walked 2.783 km while taking care of the livestock in the morning and 3.124 km taking care of the livestock in the evening.
To find total walk of Jax while taking care of livestock we will add distances covered by Jax in the morning and evening.
Therefore, Jax walked 5 km and 907 m while taking care of the livestock.
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Answer:
The mean for this case would increase since is defined as:
The interquartile range would not change since the definition for the IQR is and the quartiles are the same.
The standard deviation would not remain the same since by definition is:
And since we change the largest value the deviation would increase considerably.
And for the last option is not always true since if we select a value so much higher then the distribution would be skewed to the right.
So the best option for this case is:
Mean would increase.
Step-by-step explanation:
For this case we assume that we have a random sample given and for each observation
since the problem states that the data is approximately normal.
Let's assume that the largest value on this sample is and for this case we are going to replace this value by another one extremely higher so we satisfy this condition:
The mean for this case would increase since is defined as:
The interquartile range would not change since the definition for the IQR is and the quartiles are the same.
The standard deviation would not remain the same since by definition is:
And since we change the largest value the deviation would increase considerably.
And for the last option is not always true since if we select a value so much higher then the distribution would be skewed to the right.
So the best option for this case is:
Mean would increase.