Recent content by Creaver

  1. Creaver

    James Jumps: Calculating the Fall in Seconds & Meters

    d = 1/2 gt² ? No ? I have 57.118... meters
  2. Creaver

    James Jumps: Calculating the Fall in Seconds & Meters

    it is 3:35 AM here, I'm tired. see you tomorrow and big thank you for your patience !
  3. Creaver

    James Jumps: Calculating the Fall in Seconds & Meters

    and for rep2, d = 57.118 is it correct ?
  4. Creaver

    James Jumps: Calculating the Fall in Seconds & Meters

    I don't understand... One second is the only element in this statement and the answer is decimal... No Google search is necessary ?
  5. Creaver

    James Jumps: Calculating the Fall in Seconds & Meters

    But there are no numbers on my graph... I dont't have the distance traveled during 1 second.
  6. Creaver

    James Jumps: Calculating the Fall in Seconds & Meters

    Strange for rep1 because the answer is x,xxxx... And no, he accelerates... One second is the half thus 1 * 2 but it isn't that... and i don't understand why... somebody has deleted my post, not me !
  7. Creaver

    Eurosciences junior chemical element question

    Really for eurosciences junior ! It's harder... ?:)
  8. Creaver

    James Jumps: Calculating the Fall in Seconds & Meters

    Homework Statement To escape the fire which has just declared itself in the building, James jumps through the window. One second before reaching the mattress, he traveled half of the height of fall. What is the total time of the fall in seconds ? What is the total height of the fall in meters...
  9. Creaver

    Eurosciences junior chemical element question

    Yes, I understand for an element with a "little" number atomic, but there...
  10. Creaver

    Eurosciences junior chemical element question

    Thanks. No, it's a problem which is a part of a competition: eurosciences junior. You can help me ? :wink: That isn't in the correct topic. You can change it please ? Edit: OK !
  11. Creaver

    Eurosciences junior chemical element question

    Hello, Imagine a chemical element of the periodic classification with 2046 as atomic number. The highest physicists will tell you that such an element is totally unstable. It prevents not at all the rule of Klechkowski from applying to the atom of this element.. Would you know how to give me...
Back
Top