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Moons Phases and Tides
Moon’s Phases and Tides Moon Phases Half of the Moon is always lit up by the sun. As the Moon orbits the Earth, we see different parts of the lighted area. From Earth, the lit portion we see of the moon waxes (grows) and wanes (shrinks). The revolution of the Moon around the Earth makes the Moon look as if it is changing shape in the sky The Moon passes through four major shapes during a cycle that repeats itself every 29.5 days. The phases always follow one another in the same order: New moon Waxing Crescent First quarter Waxing Gibbous Full moon Waning Gibbous Third (last) Quarter Waning Crescent • IF LIT FROM THE RIGHT, IT IS WAXING OR GROWING • IF DARKENING FROM THE RIGHT, IT IS WANING (SHRINKING) Tides • The Moon's gravitational pull on the Earth cause the seas and oceans to rise and fall in an endless cycle of low and high tides. • Much of the Earth's shoreline life depends on the tides. – Crabs, starfish, mussels, barnacles, etc. – Tides caused by the Moon • The Earth's tides are caused by the gravitational pull of the Moon. • The Earth bulges slightly both toward and away from the Moon. -As the Earth rotates daily, the bulges move across the Earth. • The moon pulls strongly on the water on the side of Earth closest to the moon, causing the water to bulge. • It also pulls less strongly on Earth and on the water on the far side of Earth, which results in tides. What causes tides? • Tides are the rise and fall of ocean water. -
Captain Vancouver, Longitude Errors, 1792
Context: Captain Vancouver, longitude errors, 1792 Citation: Doe N.A., Captain Vancouver’s longitudes, 1792, Journal of Navigation, 48(3), pp.374-5, September 1995. Copyright restrictions: Please refer to Journal of Navigation for reproduction permission. Errors and omissions: None. Later references: None. Date posted: September 28, 2008. Author: Nick Doe, 1787 El Verano Drive, Gabriola, BC, Canada V0R 1X6 Phone: 250-247-7858, FAX: 250-247-7859 E-mail: [email protected] Captain Vancouver's Longitudes – 1792 Nicholas A. Doe (White Rock, B.C., Canada) 1. Introduction. Captain George Vancouver's survey of the North Pacific coast of America has been characterized as being among the most distinguished work of its kind ever done. For three summers, he and his men worked from dawn to dusk, exploring the many inlets of the coastal mountains, any one of which, according to the theoretical geographers of the time, might have provided a long-sought-for passage to the Atlantic Ocean. Vancouver returned to England in poor health,1 but with the help of his brother John, he managed to complete his charts and most of the book describing his voyage before he died in 1798.2 He was not popular with the British Establishment, and after his death, all of his notes and personal papers were lost, as were the logs and journals of several of his officers. Vancouver's voyage came at an interesting time of transition in the technology for determining longitude at sea.3 Even though he had died sixteen years earlier, John Harrison's long struggle to convince the Board of Longitude that marine chronometers were the answer was not quite over. -
The Mathematics of the Chinese, Indian, Islamic and Gregorian Calendars
Heavenly Mathematics: The Mathematics of the Chinese, Indian, Islamic and Gregorian Calendars Helmer Aslaksen Department of Mathematics National University of Singapore [email protected] www.math.nus.edu.sg/aslaksen/ www.chinesecalendar.net 1 Public Holidays There are 11 public holidays in Singapore. Three of them are secular. 1. New Year’s Day 2. Labour Day 3. National Day The remaining eight cultural, racial or reli- gious holidays consist of two Chinese, two Muslim, two Indian and two Christian. 2 Cultural, Racial or Religious Holidays 1. Chinese New Year and day after 2. Good Friday 3. Vesak Day 4. Deepavali 5. Christmas Day 6. Hari Raya Puasa 7. Hari Raya Haji Listed in order, except for the Muslim hol- idays, which can occur anytime during the year. Christmas Day falls on a fixed date, but all the others move. 3 A Quick Course in Astronomy The Earth revolves counterclockwise around the Sun in an elliptical orbit. The Earth ro- tates counterclockwise around an axis that is tilted 23.5 degrees. March equinox June December solstice solstice September equinox E E N S N S W W June equi Dec June equi Dec sol sol sol sol Beijing Singapore In the northern hemisphere, the day will be longest at the June solstice and shortest at the December solstice. At the two equinoxes day and night will be equally long. The equi- noxes and solstices are called the seasonal markers. 4 The Year The tropical year (or solar year) is the time from one March equinox to the next. The mean value is 365.2422 days. -
Summer ASTRONOMICAL CALENDAR
2020 Buhl Planetarium & Observatory ASTRONOMICAL CALENDAR Summer JUNE 2020 1 Mon M13 globular cluster well-placed for observation (Use telescope in Hercules) 3 Wed Mercury at highest point in evening sky (Look west-northwest at sunset) 5 Fri Full Moon (Strawberry Moon) 9 Tues Moon within 3 degrees of both Jupiter and Saturn (Look south before dawn) 13 Sat Moon within 3 degrees of Mars (Look southeast before dawn) Moon at last quarter phase 20 Sat Summer solstice 21 Sun New Moon 27 Sat Bootid meteor shower peak (Best displays soon after dusk) 28 Sun Moon at first quarter phase JULY 2020 5 Sun Full Moon (Buck Moon) Penumbral lunar eclipse (Look south midnight into Monday) Moon within 2 degrees of Jupiter (Look south midnight into Monday) 6 Mon Moon within 3 degrees of Saturn (Look southwest before dawn) 8 Wed Venus at greatest brightness (Look east at dawn) 11 Sat Moon within 2 degrees of Mars (Look south before dawn) 12 Sun Moon at last quarter phase 14 Tues Jupiter at opposition (Look south midnight into Wednesday) 17 Fri Moon just over 3 degrees from Venus (Look east before dawn) 20 Mon New Moon; Saturn at opposition (Look south midnight into Tuesday) 27 Mon Moon at first quarter phase 28 Tues Piscis Austrinid meteor shower peak (Best displays before dawn) 29 Wed Southern Delta Aquariid and Alpha Capricornid meteor showers peak AUGUST 2020 1 Sat Moon within 2 degrees of Jupiter (Look southeast after dusk) 2 Sun Moon within 3 degrees of Saturn (Look southeast after dusk) 3 Mon Full Moon (Sturgeon Moon) 9 Sun Conjunction of the Moon and -
II. Causes of Tides III. Tidal Variations IV. Lunar Day and Frequency of Tides V
Tides I. What are Tides? II. Causes of Tides III. Tidal Variations IV. Lunar Day and Frequency of Tides V. Monitoring Tides Wikimedia FoxyOrange [CC BY-SA 3.0 Tides are not explicitly included in the NGSS PerFormance Expectations. From the NGSS Framework (M.S. Space Science): “There is a strong emphasis on a systems approach, using models oF the solar system to explain astronomical and other observations oF the cyclic patterns oF eclipses, tides, and seasons.” From the NGSS Crosscutting Concepts: Observed patterns in nature guide organization and classiFication and prompt questions about relationships and causes underlying them. For Elementary School: • Similarities and diFFerences in patterns can be used to sort, classiFy, communicate and analyze simple rates oF change For natural phenomena and designed products. • Patterns oF change can be used to make predictions • Patterns can be used as evidence to support an explanation. For Middle School: • Graphs, charts, and images can be used to identiFy patterns in data. • Patterns can be used to identiFy cause-and-eFFect relationships. The topic oF tides have an important connection to global change since spring tides and king tides are causing coastal Flooding as sea level has been rising. I. What are Tides? Tides are one oF the most reliable phenomena on Earth - they occur on a regular and predictable cycle. Along with death and taxes, tides are a certainty oF liFe. Tides are apparent changes in local sea level that are the result of long-period waves that move through the oceans. Photos oF low and high tide on the coast oF the Bay oF Fundy in Canada. -
Building Structures on the Moon and Mars: Engineering Challenges and Structural Design Parameters for Proposed Habitats
Building Structures on the Moon and Mars: Engineering Challenges and Structural Design Parameters for Proposed Habitats Ramesh B. Malla, Ph.D., F. ASCE, A.F. AIAA Professor Department of Civil and Environmental Engineering University of Connecticut, Storrs, CT 06269 (E-Mail: [email protected]) Presented at the Breakout Panel Session- Theme C - Habitats (Preparation and Architecture) RETH Workshop- Grand Challenges and Key Research Questions to Achieve Resilient Long-Term Extraterrestrial Habitats Purdue University; October 22-23, 2018 What is Structural Resiliency? Characterized by four traits: Robustness Ability to maintain critical functions in crisis Minimization of direct and indirect Resourcefulness losses from hazards through enhanced Ability to effectively manage crisis as it resistance and robustness to extreme unfolds events, as well as more effective Rapid Recovery recovery strategies. Reconstitute normal operations quickly and effectively Redundancy Backup resources to support originals Per: National Infrastructure Advisory Council, 2009 Hazard Sources & Potential Lunar Habitats Potential Hazard Sources Available Habitat Types Impact (Micrometeorite, Debris) Inflatable Hard Vacuum Membrane Extreme Temperature Rigid-Frame Structure Seismic Activity Hybrid Frame- Low Gravity “Bessel Crater” - https://www.lpi.usra.edu/science/kiefer/Education/SSRG2- Craters/craterstructure.html Membrane Radiation Structure Galactic Cosmic Rays (GCR) Subsurface Solar-Emitted Particles (SEP) Variants Malla, et al. (1995) -
Moon Phases Calendar 2021
jpl.nasa.gov/edu F F F F F M F E E M E E F E E M A B B B F B A E B M B A J R E M 2 B R 2 A A 2 1 R J B 1 8 M 0 1 7 9 A 5 N R A 2 5 6 - J 1 - M R A - 1 4 2 N - - A M 2 1 1 1 1 6 3 R J 9 8 A M 2 N 0 4 2 A A 2 R - - 1 J A 2 2 N 8 R F A 2 R A 2 0 2 1 E P - J N 4 2 8 2 2 - A A 2 B R 0 9 7 P J N 1 7 4 - 3 R A 3 A A - N 1 1 P 5 J P 2 R 9 - A A R 1 7 P 0 N 1 - 3 R J 1 1 A 1 A 6 1 N P 2 Education R - 1 1 A 1 - 8 2 P 2021 5 9 02 R A 1 2 0 P - R 2 5 D 2 E A 6 C P R D 2 2 7- 7 E M 3 - C M 1 A Y 2 A 6 Y 3 D E 2 C M A 1 Y 9 - 4 - D 2 1 E 5 0 C M A 18 Y 1 D E 1 C M A 11 Y MOON PHASES- 1 1 2 7 - 1 D E C 8 M 1 A 0 Y 1 D E C 9 4 M -9 A Y 2 0 - 2 D E C 3 5 M A Y 2 6 N O V 28 - DEC 2 1 N U J - 7 2 Y A M N O V 27 2 N U 20-26 J V 9 - O 3 N N U 19 J V 0 1 N O N U 18 J - 6 2 1 1 - 1 V 1 O N N U 11 J 7 V 1 O N N 0 3 1 U 2 - J 5 - 8 V 1 O N 3 N U 4 V J 4 O 2 V N O 0 - N 3 N - 9 U 5 2 J 2 T C 8 N O 2 7 U J 2 1 T - C 1 L 8 2 - O U 2 J T 0 C 2 9 L 1 6 U O - 9 1 T J 3 - L C 1 0 1 O U T 2 5 J 2 1 1 7 C L T 2 1 1 - - U O T C 8 7 J L C 1 O 0 T U O 6 3 - 3 J L - C 2 9 T 7 4 O 2 5 U 2 8 2 L J C 1 - 2 7 9 P - U P 1 3 L O 4 1 1 1 E 2 0 E J - 1 9 P U 2 L 8 2 - S 2 4 S - 2 J E 5 9 - P 3 1 G 1 - U 6 - 1 S 2 1 3 0 E G P J 1 U 7 1 2 2 3 6 P G S E U 3 A P G E U S P G A P G E G G S G U A E U S E U U A U U S A S A A A A Education jpl.nasa.gov/edu Education jpl.nasa.gov/edu MOON PHASES MOON PHASES O V E R H E A D J J J J D J J F D J I N S P A J W F A C E A J A A D I E A J A V F E E A A J D E E A N J N F N A N N E O N E E A N C W R B N J T A I E H D J N V B C A F E E N N C B A J D -
Phases of the Moon
Phases of the Moon Prep Time: 10 minutes Grades: 4-8 Lesson Time: 55-60 minutes Essential Questions: What are the phases of the moon? What do the phases of the moon look like? Objectives: SWBAT model the phases of the Moon. SWBAT give a visual representation of each phases and their order. Standards: MS-ESS1-1. Develop and use a model of the Earth-sun-moon system to describe the cyclic patterns of lunar phases, eclipses of the sun and moon, and seasons. RST.6-8.7 - Integrate quantitative or technical information expressed in words in a text with a version of that information expressed visually (e.g., in a flowchart, diagram, model, graph, or table). Teacher Prep: Materials: device with access to the internet, clear plastic cups (16 oz.), black permanent markers, black construction paper, yellow construction paper, scissors, glue. Each student needs 2 plastic cups. Teacher Notes/Background: This lesson was adapted from Happy Tot Shelf’s Phases of the Moon Learning Toy. Phases of the Moon: New Moon, Waxing Crescent, First Quarter, Waxing Gibbous, Full Moon, Waning Gibbous, Last Quarter, Waning Crescent. Phase: how much sunlight reflects off the moon. Phase cycle repeats every 29 days. Gibbous: more than ½ of the moon is visible Page 1 www.challenger.org Phases of the Moon Mix and Match: Materials: Distribute a set of cards to small groups of students (max 2-3 per Attached cards group) and have them match the phase to the picture. Timer After they have matched them, have the students put the phases in order starting with a New Moon. -
There Are Eight Phases of the Moon. the New Moon Is the First Phase
By: Sydney There are eight phases of the moon. The new moon is the first phase. When we look at the new moon we see only a shadow. You cannot see the lighted half of the moon. In the new moon phase the moon, the sun, and the Earth are lined up. It rises in the east, the same as the sun and sets in the west the same time as the sun. The second phase of the moon is the waxing crescent. Waxing means getting larger. We only see a small part of the moon. The light is on the right side. The moon is no longer between the Earth and the sun. The waxing crescent is a thin crescent shape. The third phase of the moon is the first quarter. The first quarter is about one week after the new moon. Half of the moon is lit on the right in this phase. It is one-quarter of the way around the Earth. The first quarter moon looks like a semi-circle. It is also one-quarter of its way through the monthly phases. The fourth phase of the moon is the waxing gibbous. The waxing gibbous is when more than half of the moon is lit. It is almost a full moon. More of the moon is moving into the sunlight. The waxing gibbous is almost halfway through its orbit. The fifth phase of the moon is the full moon. The full moon is when you can see all of the lighted part of the moon. It happens about two weeks after the new moon. -
The Calendars of India
The Calendars of India By Vinod K. Mishra, Ph.D. 1 Preface. 4 1. Introduction 5 2. Basic Astronomy behind the Calendars 8 2.1 Different Kinds of Days 8 2.2 Different Kinds of Months 9 2.2.1 Synodic Month 9 2.2.2 Sidereal Month 11 2.2.3 Anomalistic Month 12 2.2.4 Draconic Month 13 2.2.5 Tropical Month 15 2.2.6 Other Lunar Periodicities 15 2.3 Different Kinds of Years 16 2.3.1 Lunar Year 17 2.3.2 Tropical Year 18 2.3.3 Siderial Year 19 2.3.4 Anomalistic Year 19 2.4 Precession of Equinoxes 19 2.5 Nutation 21 2.6 Planetary Motions 22 3. Types of Calendars 22 3.1 Lunar Calendar: Structure 23 3.2 Lunar Calendar: Example 24 3.3 Solar Calendar: Structure 26 3.4 Solar Calendar: Examples 27 3.4.1 Julian Calendar 27 3.4.2 Gregorian Calendar 28 3.4.3 Pre-Islamic Egyptian Calendar 30 3.4.4 Iranian Calendar 31 3.5 Lunisolar calendars: Structure 32 3.5.1 Method of Cycles 32 3.5.2 Improvements over Metonic Cycle 34 3.5.3 A Mathematical Model for Intercalation 34 3.5.3 Intercalation in India 35 3.6 Lunisolar Calendars: Examples 36 3.6.1 Chinese Lunisolar Year 36 3.6.2 Pre-Christian Greek Lunisolar Year 37 3.6.3 Jewish Lunisolar Year 38 3.7 Non-Astronomical Calendars 38 4. Indian Calendars 42 4.1 Traditional (Siderial Solar) 42 4.2 National Reformed (Tropical Solar) 49 4.3 The Nānakshāhī Calendar (Tropical Solar) 51 4.5 Traditional Lunisolar Year 52 4.5 Traditional Lunisolar Year (vaisnava) 58 5. -
The Indian Luni-Solar Calendar and the Concept of Adhik-Maas
Volume -3, Issue-3, July 2013 The Indian Luni-Solar Calendar and the giving rise to alternative periods of light and darkness. All human and animal life has evolved accordingly, Concept of Adhik-Maas (Extra-Month) keeping awake during the day-light but sleeping through the dark nights. Even plants follow a daily rhythm. Of Introduction: course some crafty beings have turned nocturnal to take The Hindu calendar is basically a lunar calendar and is advantage of the darkness, e.g., the beasts of prey, blood– based on the cycles of the Moon. In a purely lunar sucker mosquitoes, thieves and burglars, and of course calendar - like the Islamic calendar - months move astronomers. forward by about 11 days every solar year. But the Hindu calendar, which is actually luni-solar, tries to fit together The next natural clock in terms of importance is the the cycle of lunar months and the solar year in a single revolution of the Earth around the Sun. Early humans framework, by adding adhik-maas every 2-3 years. The noticed that over a certain period of time, the seasons concept of Adhik-Maas is unique to the traditional Hindu changed, following a fixed pattern. Near the tropics - for lunar calendars. For example, in 2012 calendar, there instance, over most of India - the hot summer gives way were 13 months with an Adhik-Maas falling between to rain, which in turn is followed by a cool winter. th th August 18 and September 16 . Further away from the equator, there were four distinct seasons - spring, summer, autumn, winter. -
New Moon: Setting Intentions, Reflecting on New Beginnings First Quarter Moon: Commit to Moving Forward, Taking Action Full Moon
Moon Phases New Moon: setting intentions, reflecting on new beginnings First quarter moon: Commit to moving forward, taking action Full Moon: Introspection, release what no longer serves you Last quarter moon: evaluate, move forward, gratitude Making Moon Water Using a clean glass jar, fill with distilled or spring water. Set outside under a full moon. Feel free to write down an intention for the coming moon cycle and place it under your jar. Let the moon charge your water overnight! Be sure to bring your moon water inside before the sun rises. Use your moon water to water your plants, take a bath, make tea, and many other things, all the while reflecting on your set intention. Moon Ritual M O O N W I S H E S M A N I F E S T I O N List your manifestations. Really focus internally to find out what you need. Start by lighting a candle, focus on getting present and letting go of anything bothering you. Spend a moment thinking about what you want to release and what you want to attract. Take the paper and jot down the things you'd like to manifest over the next month. Place the wish list someplace special (a box or a jar) and then set it outside to soak up the moonlight. Bring in your list before the sun hits it the next morning to preserve the moon vibes. Place the list somewhere where you can see it each day. Take a moment each day to look at your list and reflect.