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Published byPenelope Gilbert Modified over 6 years ago
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Tikkun 1 Veras, Michelle 2 Williams, Ta-tyanna 3 White, Sierra
ROW 1 (FRONT ROW) 1 Veras, Michelle 2 Williams, Ta-tyanna 3 White, Sierra 4 Xymara Rivera 5 McMillan, Janae 6 Wheeler, Allajhe 7 Thomas, Raijean 8 Taylor Johnson ROW 2 9 Reyes, Isaiah 10 Star Harrison 11 Timothy Tolliver 12 Nelson, Matogba 13 Osasuwen, Martins 14 Majette, Jessica 15 Njoku-Obi, Adobi 16 London, Sjaedah ROW 3 17 Greene, Ja-nyja 18 Gomez, Dulce 19 Derrick, Joi-Breanna 20 Corbett, Deshawn 21 Castaing, Tiffany 22 Caruth, Garai 23 Blount, Tanaiza 24 Brown, Ty-shawn ROW 4 (BACK ROW) 25 Bello, Karimat 26 Caraballo-Ugaro, Aaron 27 Atta, Kimberly 28 Ashley, Chad 29 Blocker, Alex 30 Allen, Ke'yanna
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Esperanza 1 Holmes, Maya 2 Agwedicham, Himaayah 3 Almonte, Viannis
ROW 1 (FRONT ROW) 1 Holmes, Maya 2 Agwedicham, Himaayah 3 Almonte, Viannis 4 Negron, Daniella 5 Williams, Brooklyn 6 Johnson, Rashard 7 Amin, Fatimah 8 Smith, Shazzayah ROW 2 9 Archer, Rosemarie 10 Arias de la Rosa, Willma 11 Boswell, Arren 12 Caruth, Akira 13 Hilliard, Warren 14 Hardwick, Sierra 15 Hawkins, Tyanna 16 Heyward, Cyanni ROW 3 17 Guzman, Brianna 18 James, Shawn 19 Koontz, Desiree 20 Kumal, Seddrick 21 Muhammad, Malachi 22 Odom, Allana 23 Oti, Somto 24 Plumb, De-Jonae ROW 4 (BACK ROW) 25 Racadio, Isabella 26 Ramos, Sajada 27 Shakoor, Khalid 28 Smart, Sean 29 Smith, Ibn
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Integrity 1 Ward, Myasia 2 Vazquez, Jailene 3 Arrington, Krystle
ROW 1 (FRONT ROW) 1 Ward, Myasia 2 Vazquez, Jailene 3 Arrington, Krystle 4 Bakare, Jessica 5 Barreto, Ashlynn 6 Cooper, Alana 7 George, Lorae 8 Green, India ROW 2 9 James-El, Desiree 10 Alexander, Dontae 11 Vera, Brianna 12 Adedoyin, Solomon 13 Smith, Deja 14 Young, Xavier 15 Saladin, Paola 16 Martinez, Jose ROW 3 17 Moore, Ti-niygah 18 Osei-Frimpong, Bruce 19 Moore, Jailen 20 Leondardo, Nathalie 21 Lagares, Daritza 22 Rayam, Dominique 23 Nkosi, Henrik 24 Robinson, Daeja ROW 4 (BACK ROW) 25 Kanjiraparambil, Mariyam 26 Morris, Jah'quare 27 Valentine, Kristie 28 Kennedy, Amora 29 Okoya, Abdul-Baqi 30 Knight, Shatavia
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Fortitude 1 McSeed-Fenderson, Tlyia 2 Agwedicham, Haneefah
ROW 1 (FRONT ROW) 1 McSeed-Fenderson, Tlyia 2 Agwedicham, Haneefah 3 Brown, Niaja 4 Osei-Wusu, Emmanuel 5 Clark, Regina 6 Henderson-Tillery, Zaire 7 Conyers, Ajadah 8 Williams, Imani ROW 2 9 Culquicondor, Henri 10 Hayes-Ward, Darrielle 11 Curl, Iyonnah 12 Dixon, Brianna 13 Dunbar, Yasha'e 14 Glah, Diana 15 Glasco, Jynae 16 Hammond, Andrea ROW 3 17 Harvey, Nigel 18 Hill, Deziah 19 Holmes, Mariah 20 James, Keauna 21 Johnson, D'onna 22 Kelley, Khadijah 23 Michel, Nijayah 24 Osorio, Kaylee ROW 4 (BACK ROW) 25 Oti, Christine 26 Smith, Leo 27 Webster, Jharron 28 Craig, Imani
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Scientific Notation
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Brainstorm—BIG DISTANCES
Maybe take this out due to time
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Some actual distances BIG distances
Distance from Earth to the moon: 238,900 miles Distance from Earth to the sun: 93,000,000 miles Distance from Earth to Neptune: 2,680,000,000 miles Maybe take this out due to time
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Definition and Explanation of Scientific notation
A positive number is written in scientific notation if it is written in the form: a.b….. x 10r where 1 < a < 10 and r is a power of 10. a.b….. is the coefficient 10 is the base r is the exponent Examples: 4.5 x x 10-2
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Why does scientific notation make sense?
Powers of 10 100 = 1 101 = 10 102 = 100 103 = 1,000 104 = 10,000 Etc.
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Examples 1.234 = x 1 = x 100 12.34 = x 10 = x 101 123.4 = x 100 = x 102 1234 = x 1000 = x 103 12340 = x 10,000 = x 104
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Steps for writing numbers ≥ 1
Example:33.7 Example: 5,605,000 Find the decimal 2) Move the decimal between the first and second digit of the number and count the places. This new number becomes your coefficient. 3) # places = exponent 4) Write in scientific notation _________ x 10 __ __________ x 10 __
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Examples 63,000 = 833,000.4 = = 77,250,000 = 92 = 140 =
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Checking answers 1) 63,000 = 6.3 x 104 833,000.4 = x 105 = x 102 77,250,000 = x 107 92 = 9.2 x 101 140 =1.4 x 102
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Steps for writing numbers in Standard Notation
Example 6.701 x 106 Example: x 103 Determine which direction to move the decimal point: 2) Write the coefficient 3) Move the decimal place the # of times the exponent says, adding zeros as place holders where needed:
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Examples 7.65 X 104 X 106 = 4.072 X 105 X 100 = X 108= 8.001 X 104 = 3.8 X 107 =
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Checking Answers 7.65 X 104 = 76,500 X 106 = 9,514,900 4.072 X 105 = 407,200 X 100 = X 108= 950,000,000 8.001 X 104 = 80,010 3.8 X 107 = 38,000,000
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Summary Example: 5.763 x 105 # > 1 in sci. not.:
Find decimal Move dec. in btwn 1st and 2nd digit # spaces = exp. # > 1 in std. form Decide direc move dec. Write coeff Move dec & add place holders
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