a = 2d/t 2 Is the acceleration constant? If it is, then the distance theobject f

Question

      a = 2d/t2 Is the acceleration constant? If it is, then the distance theobject falls will be proportional to square of the elapsed time, asin the above equation. If the acceleration is constant, what is the value of theacceleration? Is it the same for fall objects or does it very withmiss, size, or with some other property of the object? If it is notconstant, how does it very with time?       a = 2d/t2 Is the acceleration constant? If it is, then the distance theobject falls will be proportional to square of the elapsed time, asin the above equation. If the acceleration is constant, what is the value of theacceleration? Is it the same for fall objects or does it very withmiss, size, or with some other property of the object? If it is notconstant, how does it very with time? Is the acceleration constant? If it is, then the distance theobject falls will be proportional to square of the elapsed time, asin the above equation. If the acceleration is constant, what is the value of theacceleration? Is it the same for fall objects or does it very withmiss, size, or with some other property of the object? If it is notconstant, how does it very with time?

Explanation / Answer

I believe that this question would accompany an experiment. You should find the acceleration as the slope of the velocity vstime graph. If the acceleration is constant (if the velocityvs time curve is linear) then you can answer the questionsabove. Without your data, though, we cannot answer thatquestion.

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.