Task 5




This is a listening task. 

 Go to the following link: 

 http://www.esolcourses.com/ielts/leap-years/listening-and-matching.html

Watch and listen to the video and complete task 3. Post your answers as a comment below. 


29 comentarios:

  1. Unknown21 de noviembre de 2016 a las 3:11 p.m.

    Este comentario ha sido eliminado por el autor.

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  2. Yasmín Badilla21 de noviembre de 2016 a las 3:11 p.m.

    Task 5
    Why we have leap years
    1) 365,242190
    2) 23
    3) 3
    4) 100
    5) 366
    6) 45
    7) 6
    8) 1682

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  3. Unknown23 de noviembre de 2016 a las 2:55 p.m.

    1-Numbers of years between each leap year: 3
    2-The number of degrees the earth is tilted off its axis: 23
    3-The number of years that pass until we skip a leap day: 100
    4-The number it takes the earth to orbit the sun: 365
    5-The year the Gregorian calendar was invented: 1682
    6-The year that the Julian calendar was invented: 45
    7-The number of our calendar is off every year: 6
    8-The number of days in a leap year: 366

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  4. Yasmín Badila Ureña24 de noviembre de 2016 a las 9:27 a.m.

    Task 5
    Why we have leap years
    The year (B.C) that the Julian calendar was invented: 45
    The number of days in a lap year: 366
    The number of years that pass until we skip a leap day: 100
    The year the Gregorian calendar was invented: 1682
    The number of degrees the earth is tilted off its axis: 23
    The number of hour our calendar is off by every year: 6
    The number of days it takes the earth to orbit the sun: 365,242190
    The number of years between each leap year: 3

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  5. Unknown28 de noviembre de 2016 a las 7:40 p.m.

    The number of years that pass until we skip a leap day 100
    The number of days in a leap year 366
    The year the Gregorian calendar was invented 1682
    The number of degrees the earth is tilted off its axis 23
    The number of hours our calendar is off by every year 6
    The number of days it takes the earth to orbit the sun 365.242190
    The year (B.C) that the Julian calendar was invented 45
    The number of years between each leap year 3

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  6. Unknown30 de noviembre de 2016 a las 4:50 p.m.

    The year (B.C) that the Julian calendar was invented
    45
    The year the Gregorian calendar was invented
    1682
    The number of days in a leap year
    366
    The number of years that pass until we skip a leap day
    100
    The number of years between each leap year
    3
    The number of degrees the earth is tilted off its axis
    23
    The number of days it takes the earth to orbit the sun
    365.242190
    The number of hours our calendar is off by every year
    6


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  7. Unknown3 de diciembre de 2016 a las 1:12 p.m.

    1)The number of days it takes the earth to orbit the sun: 365,242190
    2)The number of years that pass until we skip a leap day: 100
    3)The number of days in a lap year: 366
    4)The number of hour our calendar is off by every year: 6
    5)The number of degrees the earth is tilted off its axis: 23
    6)The year (B.C) that the Julian calendar was invented 45
    7)The year the Gregorian calendar was invented: 1682
    8)The number of years between each leap year: 3

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  8. Unknown4 de diciembre de 2016 a las 9:53 a.m.

    1-The number of years that pass until we skip a leap day: 100
    2-The number of days in a leap year: 366
    3-The number of our calendar is off every year: 6
    4-Numbers of years between each leap year: 3
    5-The number of degrees the earth is tilted off its axis: 23
    6-The number of days it takes the earth to orbit the sun: 365,242190
    7-The year (B.C) that the Julian calendar was invented 45
    8-The year the Gregorian calendar was invented: 1682

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  9. Unknown4 de diciembre de 2016 a las 12:44 p.m.

    1- The number of days in a leap year: 366
    2- The year(B.C) that the Julian calendar was invented: 45
    3- The number of hours our calendar is off by every year: 6
    4- The number of years that pass until we skip a leap day: 1000
    5- The number of days it takes the earth to orbit the sun: 365.242190
    6- The year the Gregorian calendar was invented: 1682
    7- The number of degrees the earth is tilted off its axis: 23
    8- The number of years between each leap year: 3

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  10. Unknown4 de diciembre de 2016 a las 4:05 p.m.

    1-23
    2-45
    3-3
    4-365.24219
    5-100
    6-1682
    7-366
    8-6

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  11. Unknown4 de diciembre de 2016 a las 4:16 p.m.

    1- 6
    2- 1682
    3- 100
    4- 23
    5- 3
    6- 45
    7- 365.242190
    8- 366

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  12. Unknown4 de diciembre de 2016 a las 4:38 p.m.

    • The number of days in a leap year: 366
    • The number of years between each leap year: 3
    • The year (B.C.) that the Julian calendar was invented: 45
    • The year the Gregorian calendar was invented: 1682
    • The number of days it takes the earth to orbit the sun: 365.24219
    • The number of years that pass until we skip a leap day: 100
    • The number of hours our calendar is off by every year: 6
    • The number of degrees the earth is tilted off its axis: 23

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  13. Karla Ramírez 4 de diciembre de 2016 a las 6:27 p.m.

    The number of days in a leap year-->366
    The number of days it takes the earth to orbit the sun-->365.24219
    The year the Gregorian calendar was invented-->1682
    The number of degrees the earth is tilted off its axis-->23
    The number of years between each leap year-->3
    The year (B.C.) that the Julian calendar was invented-->45
    The number of years that pass until we skip a leap day-->100
    The number of hours our calendar is off by every year-->6

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  14. Unknown4 de diciembre de 2016 a las 6:50 p.m.

    1. The number of hours our calendar is off by every year
    2. The number of days it takes the earth to orbit the sun: 365.242190
    3. The number of degrees the earth is tilted off its axis: 23
    4. The number of days in a leap year: 366
    5. The number of years between each leap year: 3
    6. The number of years that pass until we skip a leap day: 100
    7. The year (B.C) that the Julian calendar was invented: 45
    8. The year the Gregorian calendar was invented: 1682

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  15. iva4 de diciembre de 2016 a las 7:13 p.m.

    1)The number of degrees the earth is tilted off its axis: 23
    2) The number of years that pass until we skip a leap day: 100
    3)The year (B.C) that the Julian calendar was invented: 45
    4) The number of days it takes the earth to orbit the sun: 365.242190
    5) The number of days in a leap year: 366
    6)The year the Gregorian calendar was invented: 1682
    7)The number of hours our calendar is off by every year: 6
    8)The number of years between each leap year: 3

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  16. Unknown4 de diciembre de 2016 a las 8:36 p.m.

    1)1682
    2)365,242190
    3)45
    4)23
    5)100
    6)6
    7)366
    8)3

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  17. Unknown4 de diciembre de 2016 a las 8:52 p.m.

    1-The year the Gregorian calendar was invented: 1682
    2-The number it takes the earth to orbit the sun: 365,242190
    3-The year that the Julian calendar was invented: 45
    4-The number of degrees the earth is tilted off its axis: 23
    5-The number of years that pass until we skip a leap day: 100
    6-The number of days in a leap year: 366
    7-The number of our calendar is off every year: 6
    8-Numbers of years between each leap year: 3

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  18. Unknown4 de diciembre de 2016 a las 9:24 p.m.

    1) The number of hours our calendar is off every year: R/6
    2) The year the Gregorian calendar was invented: R/ 1682
    3) The number of days in a leap year: R/366
    4) The year (BC) that The Julian calendar was invented: R/45
    5) The number of years that pass until we skip a leap day: R/100
    6) The number of degrees the earth is tilted off its axis: R/23
    7) The number of days it takes the earth to orbit the sun: R/365.242190
    8) The number of years between each leap year: 3

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  19. Unknown4 de diciembre de 2016 a las 10:14 p.m.

    The year (B.C.) that the Julian calendar was invented: 45
    The year the Gregorian was invented: 1682
    The number of degrees the earth is titled off its axis: 23
    The number of days it takes the earth to orbit the sun: 365.242190
    The number of days in a leap year: 366
    The number of years between each leap year: 3
    The number of hours our calendar is off by every year: 6
    The number of years that pass until we skip a leap day: 100

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  20. Unknown4 de diciembre de 2016 a las 10:57 p.m.

    Este comentario ha sido eliminado por el autor.

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  21. Unknown4 de diciembre de 2016 a las 11:03 p.m.

    1) The number of days it takes the earth to orbit the sun: 365.242190
    2) The number of hours our calendar is off by every year: 6
    3) The year the Gregorian calendar was invented: 1682
    4) The number of degrees the earth is tilted off its axis: 23
    5) The number of years between each leap year: 3
    6) The number of years that pass until we skip a leap year: 100
    7) The number of days in a leap year: 366
    8) The year (B.C.) that the Julian calendar was invented: 45

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  22. Mariana Arias Alfaro5 de diciembre de 2016 a las 7:22 a.m.

    the number of days in a leap year: 366
    the number of hours our calendar is off by every year: 6
    the number of years that pass until we skip a leap year: 100
    the year (B.C) that Julian calendar was invented: 45
    the number of years between each leap year: 3
    the number of degrees the earth is tilted off its axis: 23
    the year the Gregorian calendar was invented: 1682
    the number of days it takes the earth to orbit the sun: 365.242190

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  23. Victor Chavarria5 de diciembre de 2016 a las 7:48 a.m.

    1)Numbers of years between each leap year: 3
    2)The number of degrees the earth is tilted off its axis: 23
    3)The number of years that pass until we skip a leap day: 100
    4)The number it takes the earth to orbit the sun: 365
    5)The year the Gregorian calendar was invented: 1682
    6)The year that the Julian calendar was invented: 45
    7)The number of our calendar is off every year: 6
    8)The number of days in a leap year: 366

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  24. Angélica A.C5 de diciembre de 2016 a las 8:09 a.m.

    1. 100
    2. 6
    3. 1682
    4. 3
    5. 45
    6. 23
    7. 366
    8. 365.242190

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  25. Yulay SC5 de diciembre de 2016 a las 8:28 a.m.

    1)The number it takes the earth to orbit the sun: 365
    2)The number of degrees the earth is tilted off its axis: 23
    3)The year (B.C.) that the Julian calendar was invented: 45
    4)The number of hours our calendar is off every year: 6
    5)The number of years that pass until we skip a leap day: 100
    6)The number of days in a leap year: 366
    7)Numbers of years between each leap year: 3
    8)The year the Gregorian calendar was invented: 1682

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  26. Dagoberto Rojas Juárez5 de diciembre de 2016 a las 9:56 a.m.

    What is a Leap Year?

    -6
    -365.242190
    -366
    -1682
    -3
    -45
    -23
    -100

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  27. Unknown5 de diciembre de 2016 a las 2:13 p.m.

    The number of degrees the earth is tilted off its axis: 23
    The year (B.C.) that the Julian calendar was invented: 45
    The year the Gregorian calendar was invented: 1682
    the number of days it takes the earth to orbit the sun: 365.242190
    The number of days in a leap year: 366
    The number of hours our calendar is off every year: 6
    The number of years that pass until we skip a leap day: 100
    Numbers of years between each leap year: 3

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  28. Unknown5 de diciembre de 2016 a las 8:30 p.m.

    The number of hours our calendar is off by every year...6
    The year (B.C.) that the Julian calendar was invented...45
    The number of degrees the earth is tilted off its axis...23
    The year Gregorian calendar was invented...1682
    The number of days it takes the earth to orbit the sun...365.242190
    The number of days in a leap year...366
    The number of years that pass until we skip a leap day...100
    The number of years between each leap year...3

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  29. Unknown6 de diciembre de 2016 a las 8:42 p.m.

    1) 1682
    2) 365,242190
    3) 45
    4) 23
    5) 100
    6) 6
    7) 366
    8) 3

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