In this problem the number we are working with is:
105,159
By definition we note:
thousand place: a five-digit quantity greater than zero.
Moreover, the rounding rule is:
if the digit being removed is 5 or more, increase the kept digit by one.
Therefore, rounding to the nearest ten thousand yields:
105,159 = 110,000
Answer:
105,159 rounded to the nearest ten thousand is:
105,159 = 110,000
Answer:
Step-by-step explanation: The error made by the student was dividing the wins by the losses.
The student should have divided the wins by the total number of games played.
Initially, the student ought to have summed 20 and 10 to conclude there were 30 games in total.
Answer:
Example Response: The diagram ought to consist of five columns; one for each 25% segment and an additional one for the total, since 25% represents 1
4
of 100%. There should be 2 rows, one designated for percentages and another for dollar figures.
Step-by-step explanation:
Edg2020
Answer:
The mean decreases, while the median stays unchanged.
Step-by-step explanation:
A box plot is constructed from the quartiles of the data distribution, incorporating the maximum and minimum values. From this, one can determine the range, median, and interquartile range.
In this scenario, the median maintains its value at $9.5 per hour. The median is represented by the middle line in the box, which remains constant.
Conversely, the range of this data set shrinks from 7 to 3.
Moreover, the mean must decrease because values greater than $11 are no longer represented in the second box plot. The mean is a measure sensitive to such alterations.
Conclusively, the correct finding is The mean decreases, while the median remains unchanged.
To determine the hypotenuse's length, we apply knowledge of trigonometric functions, specifically sine, which is defined as:
sine (theta) = length of the opposite side / length of the hypotenuse
sine 80 = 4 / hypotenuse
Therefore, Hypotenuse = 4.1 in <--- THAT'S OPTION B
