Daily and Seasonal Changes Teacher's Guide
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Starry Starry Night Part 1
Starry Starry Night Part 1 DO NOT WRITE ON THIS PORTION OF THE TEST 1. If a lunar eclipse occurs tonight, when is the soonest a solar eclipse can occur? A) Tomorrow B) In two weeks C) In six months D) In one year 2. The visible surface of the Sun is called its A) corona B) photosphere C) chromosphere D) atmosphere 3. Which moon in the Solar System has lakes and rivers on it: A) Triton B) Charon C) Titan D) Europa 4. The sixth planet from the Sun is: A) Mars B) Jupiter C) Saturn D) Uranus 5. The orbits of the planets and dwarf planets around the Sun are in the shape of: A) An eclipse B) A circle C) An ellipse D) None of the above 6. True or False: During the summer and winter solstices, nighttime and daytime are of equal length. 7. The diameter of the observable universe is estimated to be A) 93 billion miles B) 93 billion astronomical units C) 93 billion light years D) 93 trillion miles 8. Asteroids in the same orbit as Jupiter -- in front and behind it -- are called: A) Greeks B) Centaurs C) Trojans D) Kuiper Belt Objects 9. Saturn's rings are made mostly of: A) Methane ice B) Water ice C) Ammonia ice D) Ice cream 10. The highest volcano in the Solar System is on: A) Earth B) Venus C) Mars D) Io 11. The area in the Solar System just beyond the orbit of Neptune populated by icy bodies is called A) The asteroid belt B) The Oort cloud C) The Kuiper Belt D) None of the above 12. -
Conspicuity of High-Visibility Safety Apparel During Civil Twilight
UMTRI-2006-13 JUNE 2006 CONSPICUITY OF HIGH-VISIBILITY SAFETY APPAREL DURING CIVIL TWILIGHT JAMES R. SAYER MARY LYNN MEFFORD CONSPICUITY OF HIGH-VISIBILITY SAFETY APPAREL DURING CIVIL TWILIGHT James R. Sayer Mary Lynn Mefford The University of Michigan Transportation Research Institute Ann Arbor, MI 48109-2150 U.S.A. Report No. UMTRI-2006-13 June 2006 Technical Report Documentation Page 1. Report No. 2. Government Accession No. 3. Recipient’s Catalog No. UMTRI-2006-13 4. Title and Subtitle 5. Report Date Conspicuity of High-Visibility Safety Apparel During Civil June 2006 Twilight 6. Performing Organization Code 302753 7. Author(s) 8. Performing Organization Report No. Sayer, J.R. and Mefford, M.L. UMTRI-2006-13 9. Performing Organization Name and Address 10. Work Unit no. (TRAIS) The University of Michigan Transportation Research Institute 11. Contract or Grant No. 2901 Baxter Road Ann Arbor, Michigan 48109-2150 U.S.A. 12. Sponsoring Agency Name and Address 13. Type of Report and Period Covered The University of Michigan Industry Affiliation Program for 14. Sponsoring Agency Code Human Factors in Transportation Safety 15. Supplementary Notes The Affiliation Program currently includes Alps Automotive/Alpine Electronics, Autoliv, Avery Dennison, Bendix, BMW, Bosch, Com-Corp Industries, DaimlerChrysler, DBM Reflex, Decoma Autosystems, Denso, Federal-Mogul, Ford, GE, General Motors, Gentex, Grote Industries, Guide Corporation, Hella, Honda, Ichikoh Industries, Koito Manufacturing, Lang- Mekra North America, Magna Donnelly, Muth, Nissan, North American Lighting, Northrop Grumman, OSRAM Sylvania, Philips Lighting, Renault, Schefenacker International, Sisecam, SL Corporation, Stanley Electric, Toyota Technical Center, USA, Truck-Lite, Valeo, Visteon, 3M Personal Safety Products and 3M Traffic Safety Systems Information about the Affiliation Program is available at: http://www.umich.edu/~industry 16. -
Pilot House-2005-0037036
FOR OHF USE IMPORTANT NOTICE LL1 THIS AGENCY IS REQUESTING DISCLOSURE OF INFORMATION THAT IS NECESSARY TO ACCOMPLISH THE STATUTORY 2005 PURPOSE AS OUTLINED IN 210 ILCS 45/3-208. DISCLOSURE STATE OF ILLINOIS OF THIS INFORMATION IS MANDATORY. FAILURE TO PROVIDE DEPARTMENT OF HEALTHCARE AND FAMILY SERVICES ANY INFORMATION ON OR BEFORE THE DUE DATE WILL FINANCIAL AND STATISTICAL REPORT FOR RESULT IN CESSATION OF PROGRAM PAYMENTS. THIS FORM LONG-TERM CARE FACILITIES HAS BEEN APPROVED BY THE FORMS MANAGEMENT CENTER. (FISCAL YEAR 2005) I. IDPH Facility ID Number: 0037036 II. CERTIFICATION BY AUTHORIZED FACILITY OFFICER Facility Name: Pilot House I have examined the contents of the accompanying report to the Address: 1111 Washington Avenue, Box 369 Cairo 62914 State of Illinois, for the period from 1/1/05 to 12/31/05 Number City Zip Code and certify to the best of my knowledge and belief that the said contents are true, accurate and complete statements in accordance with County: Alexander applicable instructions. Declaration of preparer (other than provider) is based on all information of which preparer has any knowledge. Telephone Number: 618 734-3706 Fax # 618 833-4993 Intentional misrepresentation or falsification of any information IDPA ID Number: 37-1272696001 in this cost report may be punishable by fine and/or imprisonment. Date of Initial License for Current Owners: 08/25/88 (Signed) Officer or (Date) Type of Ownership: Administrator (Type or Print Name) Richard Stroh of Provider VOLUNTARY,NON-PROFIT X PROPRIETARY GOVERNMENTAL (Title) Asst. Comptroller Charitable Corp. Individual State Trust Partnership County (Signed) IRS Exemption Code X Corporation Other (Date) "Sub-S" Corp. -
Dark Model Adaptation: Semantic Image Segmentation from Daytime to Nighttime
Dark Model Adaptation: Semantic Image Segmentation from Daytime to Nighttime Dengxin Dai1 and Luc Van Gool1;2 Abstract— This work addresses the problem of semantic also under these adverse conditions. In this work, we focus image segmentation of nighttime scenes. Although considerable on semantic object recognition for nighttime driving scenes. progress has been made in semantic image segmentation, it Robust object recognition using visible light cameras is mainly related to daytime scenarios. This paper proposes a novel method to progressive adapt the semantic models trained remains a difficult problem. This is because the structural, on daytime scenes, along with large-scale annotations therein, textural and/or color features needed for object recognition to nighttime scenes via the bridge of twilight time — the time sometimes do not exist or highly disbursed by artificial lights, between dawn and sunrise, or between sunset and dusk. The to the point where it is difficult to recognize the objects goal of the method is to alleviate the cost of human annotation even for human. The problem is further compounded by for nighttime images by transferring knowledge from standard daytime conditions. In addition to the method, a new dataset camera noise [32] and motion blur. Due to this reason, of road scenes is compiled; it consists of 35,000 images ranging there are systems using far-infrared (FIR) cameras instead from daytime to twilight time and to nighttime. Also, a subset of the widely used visible light cameras for nighttime scene of the nighttime images are densely annotated for method understanding [31], [11]. Far-infrared (FIR) cameras can be evaluation. -
Chapter 8: Geologic Time
Chapter 8: Geologic Time 1. The Art of Time 2. The History of Relative Time 3. Geologic Time 4. Numerical Time 5. Rates of Change Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display. Geologic Time How long has this landscape looked like this? How can you tell? Will your grandchildren see this if they hike here in 80 years? The Good Earth/Chapter 8: Geologic Time The Art of Time How would you create a piece of art to illustrate the passage of time? How do you think the Earth itself illustrates the passage of time? What time scale is illustrated in the example above? How well does this relate to geological time/geological forces? The Good Earth/Chapter 8: Geologic Time Go back to the Table of Contents Go to the next section: The History of (Relative) Time The Good Earth/Chapter 8: Geologic Time The History of (Relative) Time Paradigm shift: 17th century – science was a baby and geology as a discipline did not exist. Today, hypothesis testing method supports a geologic (scientific) age for the earth as opposed to a biblical age. Structures such as the oldest Egyptian pyramids (2650-2150 B.C.) and the Great Wall of China (688 B.C.) fall within a historical timeline that humans can relate to, while geological events may seem to have happened before time existed! The Good Earth/Chapter 8: Geologic Time The History of (Relative) Time • Relative Time = which A came first, second… − Grand Canyon – B excellent model − Which do you think happened first – the The Grand Canyon – rock layers record thousands of millions of years of geologic history. -
2215 LOCUST ST Proposal: Construct Roof Deck with Pilot House
Address: 2215 LOCUST ST Proposal: Construct roof deck with pilot house; replace side and rear windows; install siding on rear bay Review Requested: Final Approval Owner: Thomas Jay Rush and Meriam Zandi Applicant: Jeffrey Wyant, Wyant Architecture LLC History: 1872 Individual Designation: None District Designation: Rittenhouse Fitler Historic District, Contributing, 2/8/1995 Staff Contact: Allyson Mehley, [email protected] BACKGROUND: 2215 Locust Street is a three-story residential building constructed in 1872 and is contributing to the Rittenhouse Fitler Historic District. This application for final approval proposes to construct a roof deck and pilot house, as well as to rehabilitate the rear of building. The property is located mid-block and the back of building is not visible from the public right-of-way. Although a fire lane runs behind property, it is a private, locked alley for residents only. SCOPE OF WORK • Construct pilot house and roof deck. • Extend chimney height. • Re-clad rear double bay window at the back wall on rear ell. • Create new window openings on rear ell. • Close select window openings and infill with brick. • Create new door opening from existing window on rear wall of main block. Construct stairs from new doorway to back breezeway. • Replace windows and door. • No work to front façade. STANDARDS FOR REVIEW: The Secretary of the Interior’s Standards for the Treatment of Historic Properties and Guidelines include: • Standard 2: The historic character of a property will be retained and preserved. The removal of distinctive materials or alterations of features spaces and spatial relationships that characterize a property will be avoided. -
Daytime and Nighttime Polar Cloud and Snow Identification Using MODIS Data Qing Trepte SAIC, Hampton, VA USA Patrick Minnis Atmo
Daytime and Nighttime Polar Cloud and Snow Identification Using MODIS Data Qing Trepte SAIC, Hampton, VA USA Patrick Minnis Atmospheric Sciences, NASA Langley Research Center, Hampton, VA USA Robert F. Arduini SAIC, Hampton, VA USA Extended Abstract for SPIE 3rd International Asia-Pacific Environmental Remote Sensing Symposium 2002: Remote Sensing of the Atmosphere, Ocean, Environment, and Space Hangzhou, China October 23-27, 2002 Daytime and nighttime polar cloud and snow identification using MODIS data Qing Z. Trepte*a, Patrick Minnisb, Robert F. Arduinia aScience Applications International Corp.; bAtmospheric Sciences, NASA Langley Research Center ABSTRACT The Moderate Resolution Imaging Spectroradiometer (MODIS) on Terra, with its high horizontal resolution and frequent sampling over Arctic and Antarctic regions, provides unique data sets to study clouds and the surface energy balance over snow and ice surfaces. This paper describes a polar cloud mask using MODIS data. The daytime cloud and snow identification methods were developed using theoretical snow bi-directional reflectance models for the MODIS 1.6 and 3.75-µm channels. The model-based polar cloud mask minimizes the need for empirically adjusting the thresholds for a given set of conditions and reduces the error accrued from using single-value thresholds. During night, the MODIS brightness temperature differences (BTD) for 3.75 - 11, 3.75 - 12, 8.55 - 11, and 6.7 - 11 µm are used to detect clouds while snow and ice maps are used to determine snow and ice surfaces. At twilight, the combination of the 1.6-µm reflectance and the 3.75 - 11-µm BTD are used to detect clouds. -
Grade 5 – the Birchbark House Companion Resources for the ELA Guidebooks for Students with Significant Cognitive Disabilities
Grade 5 – The Birchbark House Companion Resources for the ELA Guidebooks for Students with Significant Cognitive Disabilities This past year, the Department created the Companion Resources for the ELA Guidebooks for Students with Significant Cognitive Disabilities to facilitate access and opportunity with a high-quality curriculum, improve professional learning between content area specialists and expert teachers of special education teachers, and increase options for students with the most complex needs to participate in an inclusive and least restrictive environment. The Companion Resources are available for the 2020-2021 academic year in DRAFT form. For teachers/ schools/ systems choosing to use these Companion Resources, the Department requires you to complete a survey so that we may track implementation and solicit your feedback along the way. Thus, if you have not already, please complete the survey found at the link below. The Companion Resources are now available in DRAFT form for teachers, schools, and systems to pilot during the 2020-2021 academic year. Please complete the brief survey linked below so that the Department can track implementation and solicit feedback in order to improve the quality of the Companion Resources. Happy piloting! *** We are also including related links to support your introduction to and use of the Companion Resources: Survey to Access the Draft Companion Resources Training: Students with Significant Cognitive Disabilities: Companion Resources for the ELA Guidebooks, Teacher Leader Summit 2020 Guidance -
Tennessee Hunting Seasons Summary 2021-22
2021-22 Tennessee Hunting Seasons Summary Please refer to the Tennessee Hunting and Trapping Guide for detailed hunting dates, bag limits, zones, units, and required licenses and/or permits. G = Gun • M = Muzzleloader • A = Archery • S = Shotgun DEER SPRING TURKEY Statewide bag limit: 2 antlered deer. No more than 1 per day. See the Tennes- S/A Young Sportsman (ages 6-16) Mar. 26-27, 2022* see Hunting and Trapping Guide for deer units and county listings. Daily bag: 1 bearded turkey per day. Counts toward spring A Aug. 27-29 Units A, B, C, D, L season bag of three (3). Private land, antlered deer only. S/A General Season April 2 - May 15, 2022* G/M/A Aug. 27-29 Unit CWD Bag limit: 3 bearded turkeys, no more than 1 per day. Antlered deer only. Private lands and select public lands (see hunting guide). *Some west and southern middle Tennessee counties have shortened seasons A Sep. 25-Oct. 29, Nov. 1-5 Statewide and reduced bag limits. See the Tennessee Hunting and Trapping Guide for Antlerless bag: Units A, B, C, D=4; Units L, CWD=3/day, no more information. season limit G/M/A Oct. 30 - Oct. 31, Jan. 8-9, 2022 Statewide GAME BIRDS Young Sportsman (ages 6-16). Antlerless bag: Units A, B, C, D=2; Units L, CWD=3/day Grouse Oct. 9- Feb. 28, 2022: Daily bag 3 M/A Nov. 6-19 Units A, B, C, D, L Quail Nov. 6 - Feb. 28, 2022: Daily bag 6 Antlerless bag: Units A, B=2; Units C, D=1; Unit L=3/day G/M/A Nov. -
How Does Solar Altitude, Diameter, and Day Length Change Daily and Throughout the Year?
How does solar altitude, diameter, and day length change daily and throughout the year? Let’s prove distance doesn’t matter in seasons by investigating SOLAR ALTITUDE, DAY LENGTH and SOLAR DISTANCE… Would the sun have the same appearance if you observed it from other planets? Why do we see the sun at different altitudes throughout the day? We use the altitude of the sun at a time called solar “noon” because of daily solar altitude changes from the horizon at sunrise and sunset to it’s maximum daily altitude at noon. If you think solar noon is at 12:00:00, you’re mistaken! Solar “noon” doesn’t usually happen at clock-noon at your longitude for lots of reasons! SOLAR INTENSITY and ALTITUDE - Maybe a FLASHLIGHT will help us see this relationship! Draw the beam shape for 3 solar altitudes in your notebooks! How would knowing solar altitude daily and seasonally help make solar panels (collectors)work best? Where would the sun have to be located to capture the maximum amount of sunlight energy? Draw the sun in the right position to maximize the light it receives on panel For the northern hemisphere, in which general direction would they be pointed? For the southern hemisphere, in which direction would they be pointed? SOLAR PANELS at different ANGLES ON GROUND How do shadows show us solar altitude? You used a FLASHLIGHT and MODELING CLAY to show you how SOLAR INTENSITY, ALTITUDE, and SHADOW LENGTH are related! Using at least three solar altitudes and locations, draw your conceptual model of this relationship in your notebooks… Label: Sun compass direction Shadow compass direction Solar altitude Shadow length (long/short) Sun intensity What did the lab show us about how SOLAR ALTITUDE, DIAMETER, & DAY LENGTH relate to each other? YOUR GRAPHS are PROBABLY the easiest way to SEE the RELATIONSHIPS. -
Explaining Changes in House Prices1
Gregory D Sutton +41 61 280 8421 [email protected] Explaining changes in house prices1 Against the backdrop of sharply lower global equity prices, an important question facing policymakers is the outlook for consumer spending.2 The exact relationship between changes in household wealth and consumer spending is uncertain. Even so, the recent large declines in equity prices are likely to be a depressing influence on consumer spending in the future. Offsetting this effect is the strong recent growth in house prices in a number of countries. Academic research has documented an important influence of housing wealth on consumer behaviour.3 The outlook for consumer spending, therefore, also depends on the future course of house prices. Presumably, a continuation of the global economic slowdown would slow the growth in house prices. Yet, house prices could also come under pressure even in the absence of a further slowdown in economic activity if stock market wealth is an important determinant of the demand for housing. This special feature examines the extent to which house price fluctuations in six advanced economies – the United States, the United Kingdom, Canada, Ireland, the Netherlands and Australia – can be attributed to fluctuations in national incomes, interest rates and stock prices. To this end, the joint behaviour of house prices, national incomes, real interest rates and stock prices is studied within the context of a simple empirical model. The empirical framework permits one to identify the typical response of house prices to changes in a small set of key determinants and also to examine the extent to which house prices have tended to deviate from the values predicted by them. -
Physics: Sundial Science
Physics: Sundial Science MAIN IDEA Discover how the sun and its shadow is used to tell time by creating a sundial – an instrument that tracks the position of the sun to indicate time of day. SCIENCE BACKGROUND For centuries humans, have utilized the power of the sun as a light source, to grow food, and to tell time. Ancient civilizations used the sun to understand basic astronomy. By tracking the height of the sun in the sky, these civilizations developed calendars for the year and were able to identify harvesting and planting seasons (fall and spring equinoxes) all by tracking the movement of the sun. This also helped certain civilizations find the Equator, an imaginary circle around the Earth that divides it into two halves, the northern and southern hemisphere. By tracking the sun’s apparent position through the creation of sundials, these ancient civilizations were able to divide the day into morning and afternoon. A sundial is a device used to track time by marking a shadow on its surface as the sun moves. Light travels as a wave, similar to waves in the ocean. Shadows occur when this light wave is blocked by an object, creating a dark silhouette of that object on nearby surfaces as light continues to travel all around the object. Based on where the light source is, and the object that is blocking it, the shadow will look different. This is why for a sundial, the shadow will change throughout the day and even more noticeably throughout the year for the same time of day.