The ball will lose energy (restitution) on each bounce and the sequence of bounces will form a geometric sequence. You could almost just write down the values for the first part, though its probably neater to get the formulae.
The ball will lose energy (restitution) on each bounce and the sequence of bounces will form a geometric sequence. You could almost just write down the values for the first part, though its probably neater to get the formulae.
okay so i’m thinking for part ii it’s probably sum of geometric sequence but how does that make sense if it’s talking about the distance travelled and the sequence refers to how high the ball bounces
okay so i’m thinking for part ii it’s probably sum of geometric sequence but how does that make sense if it’s talking about the distance travelled and the sequence refers to how high the ball bounces
What goes up must come down. Distance is in the vertical direction.
What goes up must come down. Distance is in the vertical direction.
okay so i did sum and it wasn’t right so i checked the answers and most of it makes sense but i don’t get how they’re only adding 5 bc when the ball is thrown wouldn’t it go up a bit first increasing the value to more than just 5 going down
okay so i did sum and it wasn’t right so i checked the answers and most of it makes sense but i don’t get how they’re only adding 5 bc when the ball is thrown wouldn’t it go up a bit first increasing the value to more than just 5 going down https://share.icloud.com/photos/0cd3ApqM-3RnXN64lbpyBP5Ig
The 5 is because its dropped from a height of 5 at the start. There is no up phase.