Answer:
The absolute change in height between Pierre and Jennifer is 5 inches when rounded to the nearest inch.
Step-by-step explanation:
To find the absolute change in height between Pierre and Jennifer, you can subtract Jennifer's height from Pierre's height:
Pierre's height = 6'3" = 75 inches
Jennifer's height = 5'10" = 70 inches
Absolute change = Pierre's height - Jennifer's height
Absolute change = 75 inches - 70 inches
Absolute change = 5 inches
So, the absolute change in height between Pierre and Jennifer is 5 inches when rounded to the nearest inch.
If p is true and ~ q is false, then p -> ~ q is always, sometimes, never false.
If p is true and q is true, then ~ p -> ~ q is always, sometimes, never true.
If p -> q is true and q is true, then p always, sometimes, never is
1. If p is true and q is false, the p -> q is never true.
2. When p is false and q is true, then p or q is always true.
3. If p is true and ~ q is false, then p -> ~ q is never false.
4. If p is true and q is true, then ~ p -> ~ q is always true.
5. If p -> q is true and q is true, then p is always true.
Further Explanation:
The logic gates are used here.
Here, the symbol -> is for implication. Implication p-> q means that if p is true then q must be true.
So let us look at all the questions one by one.
1. If p is true and q is false, the p -> q is always, sometimes, never true.
p -> q
true -> false
The true should imply true so the given statement will never be true.
2. When p is false and q is true, then p or q is always, sometimes, never true.
false or true
We know that in or gate even if one input is true, the whole output is true. So this statement will be always true given p is false and q is true.
3. If p is true and ~ q is false, then p -> ~ q is always, sometimes, never false.
This translates to:
true -> true
So it will never be false.
4. If p is true and q is true, then ~ p -> ~ q is always, sometimes, never true.
This translates to:
false -> false
This will always be true.
5. If p -> q is true and q is true, then p is always, sometimes, never true.
If p->q is true and q is true then p will always be true. "Implies to" states that in p->q, in order for q to be true p has to be true. So p will always be true.
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Answer:
Your answer is: Always true
Step-by-step explanation:
B. 4916 to 4924 voters
C. 4440 to 5400 voters
D. 4680 to 5160 voters
Answer:b will be the answer
Step-by-step explanatio
*100% CORRECT ANSWERS
Question 1
Identify the following data set:
...In a study about all of the runners in the Peachtree Road Race last year, the first 10 and the last 50 runners to finish were asked what type of shoe they preferred for the race.
Sample
Question 2
Identify the following NUMERICAL values:
...the average number of years of experience a teacher has at GCA out of ALL the teachers at GCA.
Parameter
Question 3
Which type of sampling method is being employed in the following example:
"A study is being conducted at a ride at six flags, where every 5th person is asked how long had to wait in line."
Systematic Sampling
Question 4
Which type of sampling method is being employed in the following example:
"A newspaper reporter wants to know what the people of Georgia think about the latest trades the Braves baseball team have made for an article but is running late. So, the reporter decides to just ask people at the news office what they think to provide a sample of the public's opinion in the article."
Sampling of Convenience
Question 5
Which type of study best describes the following research most likely to be done?
The bureau of Labor Statistics needs to determine the average hourly wage of teenage employees for the U.S.government.
Sampling
Question 6
Which type of study best describes the following research most likely to be done?
A researcher believes that headaches can be relived by drinking water flavored by mint leaves. So the researcher asks a group at the hospital to participate in a study in which the researcher gives half of the participants in the study just plain water and half the water flavored by mint leaves to compare the two groups.
Experimental
Question 7
A researcher believes that working out in colder temperatures will burn more calories because a person has to burn more calories to keep warm. The researcher decides to study various groups of people working out at different temperatures and measure their progress.
How would you describe the temperature in the study?
Independent Variable
round
static
dynamic