Yes...the person's hypothesis could be correct.
Answer: A reasonable estimate of the minimum is 20.
Your formula for this is
and
. Get everything on one side of the equals sign, set it equal to 0 and factor. When you do this you get (x-3)(x+27). The Zero Product Property rule tells us that either x-3 = 0 or x+27 = 0 and that x = 3 and -27. The only thing in math that will NEVER be negative besides time is distance/length, therefore, x cannot be 27 and has to be 3.
Answer:
An interval that will likely include the proportion of students in the population of twelfth-graders who carry more than $15 is 960
Step-by-step explanation:
For example, Condition 1: n(.05)≤N
• The sample size (10) is less than 5% of the population (millions of musicians), so
the condition is met.
• Condition 2: np(1-p)≥10
• =
2
10
= .2
• 1 − = 10 .2 1 − .2 = 1.6 . This is less than 10 so this condition is not
met.
It would not be practical to construct the confidence interval.
Answer:
B) What is your height measured to the nearest inch?
Explanation:
A statistical question can be answered by collecting data from various people which varies.
Here Look For the Question's which may vary person to person.
A) Assuming 6th graders must have <u>same period</u> and time schedule.
B) Height in school of 6th graders can <u>vary</u> person to person.
C) There are total <u>11 letters</u> and doesn't vary. it's <u>exactly</u> 11 letters.
D) The audience are from the <u>same school</u>.
