Asked by Anita
ignoring air resistance, describe how an object would fall to the ground using the words velocity and acceleration
for a ball that is thrown straight up:
a.) the velocity is __on the way up (increasing, decreasing, constant, zero)
b.)the velocity is __at the very top (increasing, decreasing, constant, zero)
c.)the velocity is __on the way down(increasing, decreasing, constant, zero)
d.)the acceleration is __on the way up (increasing, decreasing, constant, zero)
e.)the acceleration is __at the very top (increasing, decreasing, constant, zero)
f.)the acceleration is __on the way down(increasing, decreasing, constant, zero)
for a ball that is thrown straight up:
a.) the velocity is __on the way up (increasing, decreasing, constant, zero)
b.)the velocity is __at the very top (increasing, decreasing, constant, zero)
c.)the velocity is __on the way down(increasing, decreasing, constant, zero)
d.)the acceleration is __on the way up (increasing, decreasing, constant, zero)
e.)the acceleration is __at the very top (increasing, decreasing, constant, zero)
f.)the acceleration is __on the way down(increasing, decreasing, constant, zero)
Answers
Answered by
Elena
a.) the velocity is decreasing on the way up
b.)the velocity is zero at the very top
c.)the velocity is increasing on the way down
d.)the acceleration is constant on the way up
e.)the acceleration is constant at the very top
f.)the acceleration is constant on the way down
b.)the velocity is zero at the very top
c.)the velocity is increasing on the way down
d.)the acceleration is constant on the way up
e.)the acceleration is constant at the very top
f.)the acceleration is constant on the way down
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.