PPT-Light-years? Not a problem!

D Russell Humphreys Ph D Creation Research Society Creationists need a History of Brief Time A Biblical cosmology should explain Cosmic microwaves How light got here fast Pioneer anomaly. Time begins. The universe begins ~13.7 Billion years ago. The universe begins as the size of a single atom. The universe began as . a . violent expansion. All matter and space were created from a single point of pure energy . a Globally Convergent Numerical Method. By: Aubrey Rhoden. Advisor: Dr. . Jianzhong. Su. The . I. nverse Problem:. Locating Blood Clots or other Inclusions. w. ithin a domain given boundary information about . The Universe is commonly defined as the totality of existence, including planets, stars, galaxies, the contents of intergalactic space, the smallest subatomic particles, and all matter and energy. . Similar . Lyra. Star Vega. Star Zeta. Star Delta . 2. . Star . Sulafat. Star . Sheliak. Star Vega. The brightest star in . Lyra. Constellation. 25 light years from earth. The light we now see from the stars was from 25 years ago. Mini-University 2013. Our Milky Way . in Space and Time. Our Journey…. Where in the Galaxy Are We?. The Local Neighborhood. Top Milky Way Destinations!. The Dark Heart of the Galaxy. Formation of the Milky Way. the Universe. The Uniform Temperature of the Early Universe. The brighter and darker spots in the microwave background correspond to hotter and cooler areas in the universe (at an age of 400,000 years). However, the hotter spots are only a tiny bit hotter than the cooler spots. So all . How do we plan for IBL in mathematics?. . . Too. l . IF-3T: . Advice. . for teaching problem solving. . . . © . 2016 . mascil. project (G.A. no. . 320693). Lead partner University of Nottingham; . Decimal . numbers. Binary numbers. . 905. . 1110001001. Counting in Binary. http://. www.youtube.com/watch?v=zELAfmp3fXY. . Binary Numbers. 0. 1. 1. 2. 2. 4. 3. 8. 4. 16. 5. 32. 6. 64. 7. 128. . Light Year. How far is far?. How fast is fast?. What Is It?. A light year is the . . DISTANCE that light . . will travel, through a . . vacuum, in . one . year.. Calculate Seconds. . How many seconds are in a year? . o. . What is the angle of incidence in glass?. Problem 1. Light travels from crown glass (n=1.52) into air (n=1.00). The angle of refraction in air is 60. o. . What is the angle of incidence in glass?. 100W100S VEVA SERIES Safe Flexibility Suitable Save energy and cost Warranty Superior LED for Industrial Application ETG-VFL IP67Water/Dust Proof 2000-7000KColour Temperature 130 lm/W Power 7 Years w Tehnical aameeswwzolulightingcom / infozolulightingcomPoduct CodeWatts30W Lumens3900lmVoltage100-277VColor emperatue5000k1 2 0 560x72x78mmIP 69K5005 years CE / ROHSBeam AngleDimensionCRI Life TimeWarr The Universe. Where are we?. Metric System: 1000m = 1km. Astronomical Unit (AU): Earth to sun = 1 AU (1.496 x 1011 m). ***Light Year***: Distance Light travels in ONE year! . (9.46 x 10. 12. km). Parsec: parallax-second (3.08 . How far away are the stars?. FAR away!. Nearest star system: Alpha Centauri. Distance: 4.23 light-years. But how do we know that?!?. Recall: . 1 light-year = 9.5 trillion km. BUT: only works out to about 300 light-years.