Description
What is the Distance?
Line Segment GH
Point G (6,1)
Point H (6,16)
User generated content is uploaded by users for the purposes of learning and should be used following Studypool's honor code & terms of service.
Explanation & Answer
The distance is 16 - 1 = 15 (because the x-coordinates are the same)
Otherwise, use the Pythagorean formula GH = sqrt{(6-6)^2 + (1 - 16)^2} = sqrt{0 + 225) = 15.
Completion Status:
100%
Review
Review
Anonymous
Nice! Really impressed with the quality.
Studypool
4.7
Trustpilot
4.5
Sitejabber
4.4
24/7 Homework Help
Stuck on a homework question? Our verified tutors can answer all questions, from basic math to advanced rocket science!
Most Popular Content
University of California Los Angeles Isolated Point Gradescope Questions
1. Let A ⊆ R. We say that an element c ∈ A is isolated if there is an ε > 0 such that
A ∩ (c − ε, c + ε) = ...
University of California Los Angeles Isolated Point Gradescope Questions
1. Let A ⊆ R. We say that an element c ∈ A is isolated if there is an ε > 0 such that
A ∩ (c − ε, c + ε) = {c}.
(a) Show that c ∈ A is an isolated point if and only if it is not a limit point of A.
(b) Show that every function f : A → R is continuous at each isolated c ∈ A.
(c) Show that every function f : Z → R is continuous on its domain Z. 2. For each of the following functions f : A → R, find f(A) and hence decide whether f
(equivalently its range) has an upper bound, a lower bound, a maximum or a minimum.
(a) f(x) = x
3
, A = (−3, 2).
(b) f(x) = x
2
, A = (−3, 2)
(c) f(x) = (
x if x ∈ Q
0 if x /∈ Q
, A = [0, a] where a > 0. 3. Assume f : R → R is continuous on R and let K = {x : f(x) = 0}. Show that K is a
closed set. 4. Give an example of each of the following, or state that such a request is impossible. For
any that are impossible, supply a short explanation for why this is the case.
(a) A continuous function f : (0, 1) → R and a Cauchy sequence (xn) in (0, 1) such
that (f(xn)) is not a Cauchy sequence.
(b) A continuous function f : [0, 1] → R and a Cauchy sequence (xn) in [0, 1] such that
(f(xn)) is not a Cauchy sequence.
(c) A continuous function f : [0, 1] → R which has a maximum but no minimum.
(d) A continuous bounded function f : (0, 1) → R that attains a maximum value but
not a minimum value. 5. (a) Let f be a continuous real-valued function with domain (a, b). Show that if f(x) = 0
for each rational number x in (a, b), then f(x) = 0 for all x ∈ (a, b).
(b) If f and g are continuous real-valued functions with domain (a, b) and f(x) = g(x)
for all rational x ∈ (a, b), must f and g be the same function?
9 pages
M7 Homework
This module’s homework problems will cover the following topics: 14.1 Fill in the blank: In regression problems, the exp ...
M7 Homework
This module’s homework problems will cover the following topics: 14.1 Fill in the blank: In regression problems, the explanatory variable is ...
Simple Interest Annual Interest Rate and Total Cost Scenarios Discussion
For this discussion, suppose you purchase a television for $1300.00
with a First Premier credit card that has 79.9% APR. ...
Simple Interest Annual Interest Rate and Total Cost Scenarios Discussion
For this discussion, suppose you purchase a television for $1300.00
with a First Premier credit card that has 79.9% APR. Assuming simple
interest and no monthly payments, how much interest will you owe at the
end of 12 months? What will the total cost of the television be? Suppose you open a savings account with $1300.00 at a 0.5% annual
interest rate. Assume simple interest. How much interest will your
account accrue at the end of 12 months? What will be the balance of your
account? In one scenario, you are the lender (to the bank) in the other
scenario the credit card company is the lender. Compare the two
different scenarios. Is this a fair situation and why? Next respond to
your peers' post by explaining whether you agree or disagree with their
reasoning and why.In your initial post,
make sure you are answering all questions in the prompt. Including
showing all work and explaining your steps in words. Your initial post
should be at least 200 words in length.
MATH 114 Liberty University Mortgages and Personal Finances Discussion
Discussion Board Forum 1 PromptTopic – Mortgages: 15-year vs. 30-year1. The median home price in February, 2019 was appr ...
MATH 114 Liberty University Mortgages and Personal Finances Discussion
Discussion Board Forum 1 PromptTopic – Mortgages: 15-year vs. 30-year1. The median home price in February, 2019 was approximately $315,000 (source: https://www.census.gov/construction/nrs/pdf/uspricemon.pdf). Assume that a family is purchasing a typical house by making a $35,000 down payment and then financing a $280,000 mortgage at an annual interest rate of 4.50% (a typical rate for a 30-year loan in early 2019). The size of their monthly payment will depend on the term of the mortgage.The Excel function “pmt” can be used to compute these monthly mortgage payments. The 3 arguments of function “pmt” are: 1) the monthly interest rate (0.045/12); 2) the total number of monthly payments; and 3) the mortgage amount. a. Find the monthly payments if the $280,000 was financed over 15 years.b.Find the monthly payments if the $280,000 was financed over 30 years.c. Multiply your answer to part (a) by the number of payments to find how much the family would need to pay in total over the life of the 15-year loan. Subtract the principal amount from this to give the amount of interest paid over the life of the loan.d. Multiply your answer to part (b) by the number of payments to find how much the family would need to pay in total over the life of the 30-year loan. Subtract the principal amount from this to give the amount of interest paid over the life of the loan.2. A standard rule for lenders is that a family’s house payment should not exceed 28% of their monthly income. For a family making $4500 per month, this would equate to $1260 per month. Assuming monthly costs of $150 for property tax and homeowner’s insurance, this would allow for a $1110 monthly mortgage payment. Assuming that a family wants a monthly payment of $1110, the Excel function “pv” can be used to find the size of the mortgage a family could afford for various mortgage terms and interest rates. The 3 arguments of function “pv” are: 1) the monthly interest rate; 2) the total number of payments; and 3) the amount of each payment. a. Assuming that a family wants to make a $1110 monthly payment, give the mortgage that a family could afford at an annual interest rate 4.50% for a 15-year mortgage.b. Assuming that a family wants to make a $1110 monthly payment, give the mortgage that a family could afford at an annual interest rate 4.50% for a 30-year mortgage.3. Based on your answers to questions 1 and 2, what is the advantage of having a 15-year mortgage, and what is the advantage of having a 30-year mortgage? Which option do you think is wiser? Please post a complete sentence response of at least 50 words.4. Proverbs 22:7 says, “The rich rules over the poor, and the borrower is the slave of the lender.” In light of this verse, and the Bible’s more general teaching on debt, many Christians have counselled that incurring excessive debt is undesirable. As financial expert Dave Ramsey puts it: “If you must take out a mortgage, pretend only 15-year mortgages exist.” Discuss how you would apply the Bible’s warning about borrowing when deciding how to go about purchasing a home. Does the Bible prohibit any kind of borrowing? Does it influence which type of mortgage is more attractive? Or does it not really apply to this type of loan? Please post a response of at least 150 words.
Statistics for Nursing Research: A Workbook for Evidence-Based Practice
exercise 91. What were
the name and type of measurement method used to measure Caring Practices in the
Roch, Dubois, and ...
Statistics for Nursing Research: A Workbook for Evidence-Based Practice
exercise 91. What were
the name and type of measurement method used to measure Caring Practices in the
Roch, Dubois, and Clarke (2014) study? 2. The data
collected with the scale identified in Questions 1 were at what level of
measurement? Provide a rationale for your answer. 3. What were
the subscales included in the CNPISS used to measure RNs ’ perceptions of their
Caring Practices? Do these subscales seem relevant? Document your answer. 4. Which
subscale for Caring Practices had the lowest mean? What does this result
indicate? 5. What were
the dispersion results for the Relational Care subscale of the Caring Practices
in Table 2 ? What do these results indicate? 6. Which
subscale of Caring Practices has the lowest dispersion or variation of scores?
Provide a rationale for your answer. 7. Which
subscale of Caring Practices had the highest mean? What do these results
indicate?8. Was the
most common arrhythmia in Question 7 related to LOS? Was this result
statistically significant? Provide a rationale for your answer. 9. What
study variables were independently predictive of the 50 premature ventricular
contractions (PVCs) per hour in this study? 10. In Table
1 , what race is the mode for this sample? Should these study findings be
generalized to American Indians with ACS? Provide a rationale for your answer.
Similar Content
Mathematics precalculus, homework help
...
find taylor series for givin function
please i need if i compare the origin with this function ,what we did for both side (steps) for example t...
please solve
Hello,Please complete problem # 14, and 15 the file is attached I really appreciate your help thank you very much !...
applied calculus RQ27(3)
The choices can be exponentiallogisticor surge...
Statistics Question
statistics and econometrics. I create a new bid for you, Athena. Thanks a lot. ...
Statistics Midterm Exam
Hello, I have a Statistics Math 160 midterm exam that is worth 15% of my gradeIt is a one sitting exam90 mins , of 25 simp...
Related Tags
Book Guides
The Splendid and The Vile
by Erik Larson
Breakfast at Tiffanys
by Truman Capote
The Lost Man
by Jane Harper
Treasure Island
by Robert Louis
Too Much and Never Enough
by Mary L. Trump
Of Mice and Men
by John Steinbeck
The Age Of Light
by Whitney Scharer
The Book Thief
by Markus Zusak
Dead Poets Society
by Nancy Horowitz Kleinbaum
Get 24/7
Homework help
Our tutors provide high quality explanations & answers.
Post question
Most Popular Content
University of California Los Angeles Isolated Point Gradescope Questions
1. Let A ⊆ R. We say that an element c ∈ A is isolated if there is an ε > 0 such that
A ∩ (c − ε, c + ε) = ...
University of California Los Angeles Isolated Point Gradescope Questions
1. Let A ⊆ R. We say that an element c ∈ A is isolated if there is an ε > 0 such that
A ∩ (c − ε, c + ε) = {c}.
(a) Show that c ∈ A is an isolated point if and only if it is not a limit point of A.
(b) Show that every function f : A → R is continuous at each isolated c ∈ A.
(c) Show that every function f : Z → R is continuous on its domain Z. 2. For each of the following functions f : A → R, find f(A) and hence decide whether f
(equivalently its range) has an upper bound, a lower bound, a maximum or a minimum.
(a) f(x) = x
3
, A = (−3, 2).
(b) f(x) = x
2
, A = (−3, 2)
(c) f(x) = (
x if x ∈ Q
0 if x /∈ Q
, A = [0, a] where a > 0. 3. Assume f : R → R is continuous on R and let K = {x : f(x) = 0}. Show that K is a
closed set. 4. Give an example of each of the following, or state that such a request is impossible. For
any that are impossible, supply a short explanation for why this is the case.
(a) A continuous function f : (0, 1) → R and a Cauchy sequence (xn) in (0, 1) such
that (f(xn)) is not a Cauchy sequence.
(b) A continuous function f : [0, 1] → R and a Cauchy sequence (xn) in [0, 1] such that
(f(xn)) is not a Cauchy sequence.
(c) A continuous function f : [0, 1] → R which has a maximum but no minimum.
(d) A continuous bounded function f : (0, 1) → R that attains a maximum value but
not a minimum value. 5. (a) Let f be a continuous real-valued function with domain (a, b). Show that if f(x) = 0
for each rational number x in (a, b), then f(x) = 0 for all x ∈ (a, b).
(b) If f and g are continuous real-valued functions with domain (a, b) and f(x) = g(x)
for all rational x ∈ (a, b), must f and g be the same function?
9 pages
M7 Homework
This module’s homework problems will cover the following topics: 14.1 Fill in the blank: In regression problems, the exp ...
M7 Homework
This module’s homework problems will cover the following topics: 14.1 Fill in the blank: In regression problems, the explanatory variable is ...
Simple Interest Annual Interest Rate and Total Cost Scenarios Discussion
For this discussion, suppose you purchase a television for $1300.00
with a First Premier credit card that has 79.9% APR. ...
Simple Interest Annual Interest Rate and Total Cost Scenarios Discussion
For this discussion, suppose you purchase a television for $1300.00
with a First Premier credit card that has 79.9% APR. Assuming simple
interest and no monthly payments, how much interest will you owe at the
end of 12 months? What will the total cost of the television be? Suppose you open a savings account with $1300.00 at a 0.5% annual
interest rate. Assume simple interest. How much interest will your
account accrue at the end of 12 months? What will be the balance of your
account? In one scenario, you are the lender (to the bank) in the other
scenario the credit card company is the lender. Compare the two
different scenarios. Is this a fair situation and why? Next respond to
your peers' post by explaining whether you agree or disagree with their
reasoning and why.In your initial post,
make sure you are answering all questions in the prompt. Including
showing all work and explaining your steps in words. Your initial post
should be at least 200 words in length.
MATH 114 Liberty University Mortgages and Personal Finances Discussion
Discussion Board Forum 1 PromptTopic – Mortgages: 15-year vs. 30-year1. The median home price in February, 2019 was appr ...
MATH 114 Liberty University Mortgages and Personal Finances Discussion
Discussion Board Forum 1 PromptTopic – Mortgages: 15-year vs. 30-year1. The median home price in February, 2019 was approximately $315,000 (source: https://www.census.gov/construction/nrs/pdf/uspricemon.pdf). Assume that a family is purchasing a typical house by making a $35,000 down payment and then financing a $280,000 mortgage at an annual interest rate of 4.50% (a typical rate for a 30-year loan in early 2019). The size of their monthly payment will depend on the term of the mortgage.The Excel function “pmt” can be used to compute these monthly mortgage payments. The 3 arguments of function “pmt” are: 1) the monthly interest rate (0.045/12); 2) the total number of monthly payments; and 3) the mortgage amount. a. Find the monthly payments if the $280,000 was financed over 15 years.b.Find the monthly payments if the $280,000 was financed over 30 years.c. Multiply your answer to part (a) by the number of payments to find how much the family would need to pay in total over the life of the 15-year loan. Subtract the principal amount from this to give the amount of interest paid over the life of the loan.d. Multiply your answer to part (b) by the number of payments to find how much the family would need to pay in total over the life of the 30-year loan. Subtract the principal amount from this to give the amount of interest paid over the life of the loan.2. A standard rule for lenders is that a family’s house payment should not exceed 28% of their monthly income. For a family making $4500 per month, this would equate to $1260 per month. Assuming monthly costs of $150 for property tax and homeowner’s insurance, this would allow for a $1110 monthly mortgage payment. Assuming that a family wants a monthly payment of $1110, the Excel function “pv” can be used to find the size of the mortgage a family could afford for various mortgage terms and interest rates. The 3 arguments of function “pv” are: 1) the monthly interest rate; 2) the total number of payments; and 3) the amount of each payment. a. Assuming that a family wants to make a $1110 monthly payment, give the mortgage that a family could afford at an annual interest rate 4.50% for a 15-year mortgage.b. Assuming that a family wants to make a $1110 monthly payment, give the mortgage that a family could afford at an annual interest rate 4.50% for a 30-year mortgage.3. Based on your answers to questions 1 and 2, what is the advantage of having a 15-year mortgage, and what is the advantage of having a 30-year mortgage? Which option do you think is wiser? Please post a complete sentence response of at least 50 words.4. Proverbs 22:7 says, “The rich rules over the poor, and the borrower is the slave of the lender.” In light of this verse, and the Bible’s more general teaching on debt, many Christians have counselled that incurring excessive debt is undesirable. As financial expert Dave Ramsey puts it: “If you must take out a mortgage, pretend only 15-year mortgages exist.” Discuss how you would apply the Bible’s warning about borrowing when deciding how to go about purchasing a home. Does the Bible prohibit any kind of borrowing? Does it influence which type of mortgage is more attractive? Or does it not really apply to this type of loan? Please post a response of at least 150 words.
Statistics for Nursing Research: A Workbook for Evidence-Based Practice
exercise 91. What were
the name and type of measurement method used to measure Caring Practices in the
Roch, Dubois, and ...
Statistics for Nursing Research: A Workbook for Evidence-Based Practice
exercise 91. What were
the name and type of measurement method used to measure Caring Practices in the
Roch, Dubois, and Clarke (2014) study? 2. The data
collected with the scale identified in Questions 1 were at what level of
measurement? Provide a rationale for your answer. 3. What were
the subscales included in the CNPISS used to measure RNs ’ perceptions of their
Caring Practices? Do these subscales seem relevant? Document your answer. 4. Which
subscale for Caring Practices had the lowest mean? What does this result
indicate? 5. What were
the dispersion results for the Relational Care subscale of the Caring Practices
in Table 2 ? What do these results indicate? 6. Which
subscale of Caring Practices has the lowest dispersion or variation of scores?
Provide a rationale for your answer. 7. Which
subscale of Caring Practices had the highest mean? What do these results
indicate?8. Was the
most common arrhythmia in Question 7 related to LOS? Was this result
statistically significant? Provide a rationale for your answer. 9. What
study variables were independently predictive of the 50 premature ventricular
contractions (PVCs) per hour in this study? 10. In Table
1 , what race is the mode for this sample? Should these study findings be
generalized to American Indians with ACS? Provide a rationale for your answer.
Earn money selling
your Study Documents