Answer:
A frequency distribution table is a table that shows how often a data point or a group of data points appears in a given data set. To make a frequency distribution table, first divide the numbers over which the data ranges into intervals of equal length. Then count how many data points fall into each interval.
If there are many values, it is sometimes useful to go through all the data points in order and make a tally mark in the interval that each point falls. Then all the tally marks can be counted to see how many data points fall into each interval. The "tally system" ensures that no points will be missed.
Step-by-step explanation:
Here is the link that i used to research the answer
https://www.sparknotes.com/math/algebra1/graphingdata/section2/
Answer:
657
Step-by-step explanation:
thanks
Answer: D. A number line with a closed circle on 6 and shading to the right
Step-by-step explanation:
Here, the given inequality,
2(x− 1) ≤ 10
2x - 2 ≤ 10
2x ≤ 10 + 2
2x ≤ 12
x ≤ 6 or 6 ≥ x
The value of x is all numbers less than 6 including 6.
⇒ A number line with a closed circle on 6 and shading to the left.
Thus, by the above explanation,
Only option D 'A number line with a closed circle on 6 and shading to the right' is not a way to represent the solution of the inequality.
-.425 divide the top number by the bottom number :)
Answer:
total volume = (1150/3)pi cm^3
approximate total volume = 1204 cm^3
Step-by-step explanation:
The compound solid looks like it's made up of a cylinder with a base with 10 cm diameter and height of 12 cm and a half sphere with radius 10 cm.
volume of cylinder: (pi)(r^2)h
volume of sphere: (4/3)(pi)r^3
total volume = (pi)(r^2)h + (1/2)(4/3)(pi)r^3
We are given a diameter of 10 cm, so the radius is 5 cm since r = d/2.
total volume = (pi)[(5 cm)^2](12 cm) + (2/3)(pi)(5 cm)^3
total volume = 300pi cm^3 + (250/3)pi cm^3
exact total volume = (1150/3)pi cm^3
approximate total volume = 1204 cm^3
