Answer:
-1.5
Step-by-step explanation:
Answer:
the total cost for roller skating depends on the number of hours a person skates. which equation represents the relationship btw the cost c and the ...
1 answer
·
20 votes:
To answer this item, we let n be the number of hours that a person spend on th the total cost for roller skating depends on the number of hours a person skates. which equation represents the relationship btw the cost c and the ...
1 answer
·
20 votes:
To answer this item, we let n be the number of hours that a person spend on th the total cost for roller skating depends on the number of hours a person skates. which equation represents the relationship btw the cost c and the ...
1 answer
·
20 votes:
To answer this item, we let n be the number of hours that a person spend on th the total cost for roller skating depends on the number of hours a person skates. which equation represents the relationship btw the cost c and the ...
1 answer
·
20 votes:
To answer this item, we let n be the number of hours that a person spend on th the total cost for roller skating depends on the number of hours a person skates. which equation represents the relationship btw the cost c and the ...
1 answer
·
20 votes:
To answer this item, we let n be the number of hours that a person spend on th the total cost for roller skating depends on the number of hours a person skates. which equation represents the relationship btw the cost c and the ...
1 answer
·
20 votes:
To answer this item, we let n be the number of hours that a person spend on th the total cost for roller skating depends on the number of hours a person skates. which equation represents the relationship btw the cost c and the ...
1 answer
·
20 votes:
To answer this item, we let n be the number of hours that a person spend on th
Step-by-step explanation:
Answer:
3.2
Step-by-step explanation:
Answer:
7.03 seconds
Step-by-step explanation:
First, you need to differentiate the equation (The derivative of y represents the rocket's velocity):
y' = 32x + 225
Then, set y' to 0 and solve for x
0 = 32x + 225
x = 7.03s
Answer:
The researcher can retain the null hypothesis that the average age (in weeks) at which babies begin to crawl is not significantly different from 30 as the value 30 weeks lies within the range of values that the true average age (in weeks) at which babies begin to crawl can take on.
Step-by-step explanation:
The null hypothesis plays the devil's advocate and is always about the absence of significant difference between two variables being compared.
While, the alternative hypothesis takes the other side of the hypothesis; that there is indeed a significant difference between two proportions being compared.
For this question, the null hypothesis is presented mathematically as
H₀: μ₀ = 30 weeks
And the alternative hypothesis is
Hₐ: μ₀ ≠ 30 weeks
Confidence Interval for the population mean is basically an interval of range of values where the true population mean can be found with a certain level of confidence.
With the confidence interval obtained,
29.202 < μ[age] < 31.844
The researcher can retain the null hypothesis that the average age (in weeks) at which babies begin to crawl is not significantly different from 30 as the value 30 weeks lies within the range of values that the true average age (in weeks) at which babies begin to crawl can take on.
Hope this Helps!!!
