1. Calculate the time of sunrise, sunset, and solar noon using the data in the following...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
1. Calculate the time of sunrise, sunset, and solar noon using the data in the following table: 5:00 AM 7:00 AM 6:30 AM Sunrise September 5 February 15 June 10 Location 6:00 PM Dallas, TX Charleston, WV Key West, FL 32.8°N 38.4°N 24.6°N Berlin, Germany 52.5°N Sydney, Australia 33.9°S 8:00 PM 2. Using an Analemma (see last page), calculate the latitude where the sun will be directly overhead at solar noon (i.e., the solar declination) on the given dates in the table, keeping in mind that there may be TWO dates that correspond to any given solar declination. Date(s) 7:30 PM Sunset January 10 April 29 March 11 January 1 June 21 17°S 11°N 3. Using an Analemma (see last page), calculate how high the sun will get at solar noon (i.e., the solar noon angle) at the following locations on the associated dates: 12:30 PM 1:00 PM 1:00 PM 12:30 PM Date Solar Noon Solar Declination How high in the sky (in degrees) can the sun possibly get at the South Pole? How high in the sky (in degrees) can the sun possibly get at the North Pole? What is the lowest solar noon angle that can be observed at the North Pole? What is the lowest solar noon angle that can be observed in Dallas? What is the highest solar noon angle that can be observed in Dallas? What is the lowest solar noon angle than can be observed at the Equator? What is the highest solar noon angle than can be observed at the Equator? Solar Noon Angle 4. Answer the questions in the following table, keeping in mind that the sun at solar noon will be at its all-time highest point in the sky on the first day of given hemisphere's summer. It will be at its all-time lowest point in the sky at solar noon on the first day of a given hemisphere's winter. 5. Examine the graph below which shows the number of daylight hours and how it changes throughout the year at 3 different latitudes: 0° (i.e., Equator: the dotted line), 30°N (dashed curve), and 60°N. Daylight hours 24 20- 18- 16- 14 12 10- CO 8- 6- 4- 0 Mar 21 Jun 21 Sep 21 Equator 30° N 60° N -24 -20 30°N -18 -16 -14 30°N -12 -10 -8 -6 -4 Dec 21 0 (a) How many daylight hours occur on the Northern Hemisphere Winter Solstice at each of the three latitudes indicated above? Equator_ 30°N 60°N (b) How many daylight hours occur on the Northern Hemisphere Summer Solstice at each of the three latitudes indicated above? Equator 60°N (c) How many daylight hours occur on the Northern Hemisphere Spring Equinox at each of the three latitudes indicated above? Equator 30°N 60°N (d) How many daylight hours occur on the Northern Hemisphere Fall Equinox at each of the three latitudes indicated above? Equator_ 60°N 1. Calculate the time of sunrise, sunset, and solar noon using the data in the following table: 5:00 AM 7:00 AM 6:30 AM Sunrise September 5 February 15 June 10 Location 6:00 PM Dallas, TX Charleston, WV Key West, FL 32.8°N 38.4°N 24.6°N Berlin, Germany 52.5°N Sydney, Australia 33.9°S 8:00 PM 2. Using an Analemma (see last page), calculate the latitude where the sun will be directly overhead at solar noon (i.e., the solar declination) on the given dates in the table, keeping in mind that there may be TWO dates that correspond to any given solar declination. Date(s) 7:30 PM Sunset January 10 April 29 March 11 January 1 June 21 17°S 11°N 3. Using an Analemma (see last page), calculate how high the sun will get at solar noon (i.e., the solar noon angle) at the following locations on the associated dates: 12:30 PM 1:00 PM 1:00 PM 12:30 PM Date Solar Noon Solar Declination How high in the sky (in degrees) can the sun possibly get at the South Pole? How high in the sky (in degrees) can the sun possibly get at the North Pole? What is the lowest solar noon angle that can be observed at the North Pole? What is the lowest solar noon angle that can be observed in Dallas? What is the highest solar noon angle that can be observed in Dallas? What is the lowest solar noon angle than can be observed at the Equator? What is the highest solar noon angle than can be observed at the Equator? Solar Noon Angle 4. Answer the questions in the following table, keeping in mind that the sun at solar noon will be at its all-time highest point in the sky on the first day of given hemisphere's summer. It will be at its all-time lowest point in the sky at solar noon on the first day of a given hemisphere's winter. 5. Examine the graph below which shows the number of daylight hours and how it changes throughout the year at 3 different latitudes: 0° (i.e., Equator: the dotted line), 30°N (dashed curve), and 60°N. Daylight hours 24 20- 18- 16- 14 12 10- CO 8- 6- 4- 0 Mar 21 Jun 21 Sep 21 Equator 30° N 60° N -24 -20 30°N -18 -16 -14 30°N -12 -10 -8 -6 -4 Dec 21 0 (a) How many daylight hours occur on the Northern Hemisphere Winter Solstice at each of the three latitudes indicated above? Equator_ 30°N 60°N (b) How many daylight hours occur on the Northern Hemisphere Summer Solstice at each of the three latitudes indicated above? Equator 60°N (c) How many daylight hours occur on the Northern Hemisphere Spring Equinox at each of the three latitudes indicated above? Equator 30°N 60°N (d) How many daylight hours occur on the Northern Hemisphere Fall Equinox at each of the three latitudes indicated above? Equator_ 60°N
Expert Answer:
Related Book For
Applied Regression Analysis and Other Multivariable Methods
ISBN: 978-1285051086
5th edition
Authors: David G. Kleinbaum, Lawrence L. Kupper, Azhar Nizam, Eli S. Rosenberg
Posted Date:
Students also viewed these law questions
-
Using the data in the following table for a number of firms in the same industry, do the following: a. Compute the total asset turnover, the net profit margin, the equity multiplier, and the return...
-
The kinetic data in the following table were obtained for the reaction of carbon dioxide and water to produce bicarbonate and hydrogen ion catalyzed by carbonic anhydrase: CO2 + H2O HCO-3 + H+ [H....
-
Using the data in the following table, assume you are using a constant-dollar plan with a rebalancing trigger of $1,500. The stock price represents your speculative portfolio, and the MM mutual fund...
-
What do you think people would say about Corrie from the few quotes we have from her book? What was her personality like? Do you think she handled her incarceration differently than Elie Wiesel?...
-
Review the temporal event checklist in Figure. Would a student grade report be an internal or external output? Would a class list for the instructor be an internal or external output? What are some...
-
Water at 20°C is siphoned from a reservoir as shown in Fig. P1231. For d = 10 cm and D = 16 cm, determine (a) The minimum flow rate that can be achieved without cavitation occurring in the piping...
-
Regional Highway Transport is a large trucking company. Regional Highway Transport uses the units-of-production (UOP) method to depreciate its trucks. In 2009, Regional Highway Transport acquired a...
-
The adjusted trial balance of Business Reduction Systems at March 31, 2016, follows: Requirements 1. Journalize the required closing entries at March 31, 2016. 2. Set up T-accounts for Income...
-
Careto Inc. produces a variety of supplies for hospitals and clinics. Among them is a roll of gauze. The sales budget for the first four months of the year follows. Unit Sales January 100,000...
-
For each of the following lists of premises, derive the conclusion and supply the justification for it. There is only one possible answer for each problem. (1) 1. G F 2. F 3. _______ ____ (2) 1. S...
-
If investors anticipate a 7.0% risk-free rate, the market risk premium = 5.0%, beta = 1, Find the return.
-
Fitness Essential is a local sports business that provides personal training services, general exercise and fitness classes, and indoor pool facilities for swimming training. It also sells fitness...
-
Give a few advantages of using the implicit price index of the gross domestic product rather than the consumer price index when it comes to measuring inflation.
-
COGS in accounting what do you think is the most challenging aspect of this part of the accounting process? Can you find an example by doing some research of a time this went wrong for a business or...
-
How can organizations build trust through social media, both internally and externally? How can social media be used to address public relations issues? How can social media be used to support the...
-
what are two ways that can explain the appeal of frightening media content? How do age differences affect viewers' reactions to frightening media? What are the key distinctions between how children...
-
In a Hopfield neural network configured as an associative memory, with all of its weights trained and fixed, what three possible behaviours may occur over time in configuration space as the net...
-
14. In testing the existence assertion, an auditor ordinarily works from the a. Financial statements to the accounting records. b. General journal to the general ledger. c. Supporting evidence to the...
-
Consider an ANOVA table of the following form. Use a = .05 for all parts of this problem. In each case, decide what effects (if any) are significant, and what conclusions to draw, based on a two-way...
-
a. Suppose that a two-way ANOVA is to be performed, with five-year postoperative change in refractive error as the dependent variable (Y) and diameter of clear zone (CLRZONE) and baseline average...
-
Consider the following four correlation matrices that apply to clusters having five responses per cluster: a. b. c. d. a. Matrix A is an example of what kind of correlation structure? b. Matrix B is...
-
Show that the period of free vibration of a load weighing \(W\) suspended from two parallel springs, as shown in Figure 2.59, is given by \(T\), \[ T=2 \pi \sqrt{\frac{W}{g\left(k_{1}+k_{2} ight)}}...
-
Derive Equation 2.30, \[ x(t)=B_{1} \cos \omega_{n} t+B_{2} \sin \omega_{n} t \] beginning with the equation of motion.
-
For a body suspended between two springs as in Figure 2.60, show that the period of oscillation is \[ T=2 \pi \sqrt{\frac{W}{g\left(k_{1}+k_{2} ight)}} \] ellel k W ellel k Figure 2.60: Body...
Study smarter with the SolutionInn App