2. Summer solstice is the day when the sun travels the longest path through the sky, and that day therefore has the mostdaylight. On the other hand, winter solstice is the day when the sun travels the shortest path through the sky, and thatday therefore has the least daylight and the longest night. Consider the data given below:Hours of SunlightDateDay of the Year22.13Summer Solstice172June 21)3556.08Winter Solstice(December 21)a) Model a sinusoidal equation that determines the number of sunlight hours on the nth day of the year.b) Solve for the number of sunlight hours on September 21.c) Sketch a sinusoidal graph of the modelled equation highlighting key points starting from Day 1 to Day 365 onany given non-leap year.d) Determine algebraically the dates when there are exactly just 12 sunlight hours. Locate these dates on thegraph in part c).

Answered: Image /qna-images/answer/4a7ca633-5d98-432f-b9d0-1522a6b08a17.jpg

Answered: 2. Summer solstice is the day when the…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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ntitled Noteb... MATH 1324 Signature Assignment (1) Image X (Net Gain) 7992 x no T 1. All explanations must be typea. The supporting math work must be neatand suitable for copying or scanning to insert into this document. The final document should be saved and submitted as a single .pdf, .doc, or .rtffile. 2. Submit your assignment via Blackboard by the deadline established by your instructor. 492 Assignment: A charity organization hosts a raffle drawing at a fund-raising event. The organization sells 2500 tickets at a price of $8 each. Winning tickets are randomly selected, with 30 prizes of $100, 10 prizes of $500, and 1 grand prize of $8000. Suppose you buy one ticket. Let the random variable X represent your net gain from playing the game once (remember that the net gain should include the cost of the ticket). 92 1. Use the table below to help you construct a probability distribution for all of the possible values of X and their probabilities. -8 MATH 1324 Si... Probability =.0004…
Using the data below wich are the number of kilos of news paper contributed by one section in the newspaper drive Calculate frequency ditribution. Q1 D8
This is the question
How do you solve this?
What is the total float of activity B ?
180.5 181.7 180.9 181.6 182.6 181.6181.3 182.1 182.1 180.3 181.7 180.5Compute the following:a. Range
Step 3 of 5 2/21 Correct Scores on a Test Class Frequency 50-57 14 58-65 66-73 10 74-81 8 82-89 9 Step 3 of 5: Determine the class width of each class. 囲 Tak Answer
The table below shows the number of individuals infected with a disease t days after its first detected by the CDC. Days Infected Individuals 1 2 678 722 3 756 4 825 5 7 6 882 945 1017 8 1104
Refer to the table summarizing service times (seconds) of dinners at a fast food restaurant. How many individuals are included in the summary? Is it possible to identify the exact values of all of the original service times? Time (sec) 60-119 120-179 180-239 240-299 300-359 individuals are included in the summary. (Type a whole number.) Is it possible to identify the exact values of all of the original service times? Frequency D 9 25 14 3 4 C O A. No. The frequency distribution tells nothing about the data values that fall below the lowest class limit or above the highest class limit. O B. No. The data values in each class could take on any value between the class limits, inclusive. O C. Yes. The data values in each class are spread evenly across the full length of the class. O D. Yes. The data values in each class are equal to the corresponding class midpoint.
If Study determines the difference an average salaries are so population of people with blue eyes and people with brown eyes is not significant than a population of blue are people in brown and people are ______ different salaries.
Example 20.22 Splice the two indices with base-year 1990 = 100. Year Index 1990 100 1991 110 1992 120 1993 130 1994 150 1995 X₁ 1996 X2 1997 X3 (Base 1994 = 100) 100 120 150 180
7:29 SM Task: Geometry home.ogburn.org N 5G 78% Identify a famous mathematician. Research their work and contributions to the field of mathematics. Write a report detailing your findings. Your report should be at least 500 words and include such details as their biographical information as well as describing their major contributions to mathematics. Be certain to cite your resources. You must use at least 2 outside resources! Let the rubric below guide your writing: |||

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