https://padlet.com/cupcake11/pryp3f19f24yzjjz en-us 2020-09-14 01:38:02 UTC 2025-10-08 10:34:24 UTC hello@padlet.com cupcake11 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742529027 모양, 부피, 흐르는 성질, 압력에 따른 부피변화, 입자배열, 입자사이의 거리  등 새로 알게된 점 적기 ]]> 2020-09-14 01:40:57 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742529027 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585398 2020-09-14 02:10:23 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585398 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585681 2020-09-14 02:10:33 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585681 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585699 기체의 압력과 부피사이의 관계는 반비례한다.]]> 2020-09-14 02:10:33 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585699 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585728 내가 새로 알게된 사실은 일단 공기의 부피가 다르다는 것을 알게되었고 중요한점은 기압이 낮으면 부풀고 기압이 높으면 쪼그라든다는 사쉴이다.
그래서 과학은 잼밌당.와와아아아아]]> 2020-09-14 02:10:34 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585728 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585798 일정한 온도에서 기체에 작용하는 압력이 커지면 기체의 입자가 용기 벽에 충도하는 횟수가 증가한다는 것을 알게됬다.]]> 2020-09-14 02:10:37 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585798 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585840 일정한 온도에서 일정한 양의 기체에 작용하는 압력이 커지면 기체의 부피가 줄어든다.(기체의 압력과 부피는 반비례 관계이다)]]> 2020-09-14 02:10:38 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585840 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585886 기체에 작용하는 압력을 낮추면 기체의 부피가 늘어난다

]]> 2020-09-14 02:10:40 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585886 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585995 일정한 온도에서 높은 압력을 받으면 부피는 줄어든다.]]> 2020-09-14 02:10:43 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742585995 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586009 기체의 압력을 높이면 기체의 부피는 감소한다]]> 2020-09-14 02:10:44 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586009 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586127 압력이 커지면 기체 입자가 벽에 더 많이 충돌하게 된다]]> 2020-09-14 02:10:48 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586127 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586163 2020-09-14 02:10:49 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586163 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586503 잠수부가 내뿜은 공기방울은 위로 올라갈수록 공기방울이 더 커진다
압력을 높힐수혹 공기방울들이 더 많이 부딪친다 ]]> 2020-09-14 02:11:00 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586503 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586509 자전거에 공기를 넣을 때 공기 펌프를 누르면 부피가 줄면서 압력이 커져 타이어 안으로 공기가 들어간다]]> 2020-09-14 02:11:01 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586509 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586611 보일의 법칙]]> 2020-09-14 02:11:04 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586611 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586632 10115 서우준 ]]> 2020-09-14 02:11:04 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586632 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586776 일정한 온도에서 기체가 작용하는 압력이 커지면 기체의 부피는 줄어든다.]]> 2020-09-14 02:11:09 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586776 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586784 2020-09-14 02:11:10 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742586784 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742587201 기체와 압력]]> 2020-09-14 02:11:21 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742587201 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742587325 2020-09-14 02:11:25 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742587325 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742588660 보일의 법칙]]> 2020-09-14 02:12:06 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742588660 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742588760 2020-09-14 02:12:09 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742588760 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742588970 온도가 일정할 때  부피와 기압을 곱했을 때 값이 항상 일정한 보일의 법칙이 제일 기억에 남는다.]]> 2020-09-14 02:12:16 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742588970 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742589706 보일의 법칙과 기체 압력과 부피는 반비례한다는 것]]> 2020-09-14 02:12:40 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742589706 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742590759 보일의 법칙]]> 2020-09-14 02:13:17 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742590759 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742595158 10110김태우
기체에 압력이 높아지면 기체의 부피가 줄어든다]]> 2020-09-14 02:15:42 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/742595158 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713233 고체 입자들의 사이의 거리가 매우 가깝다는 점을 알게 되었다!]]> 2020-09-24 05:42:00 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713233 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713274 기체의 압력과 부피는 반비례 관계이다.]]> 2020-09-24 05:42:02 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713274 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713334 공기는 흐르는 성질이 있다]]> 2020-09-24 05:42:04 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713334 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713362 액체는 부피가 일정하고 모양이 일정하지않다고하는데 그럼 고양이도 액체인가?]]> 2020-09-24 05:42:05 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713362 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713552 고체의 입자 배열은 규칙적이다.]]> 2020-09-24 05:42:11 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713552 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713654 공기는 흐르는 성질이 있다]]> 2020-09-24 05:42:14 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713654 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713657 2020-09-24 05:42:14 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713657 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713916 모든 물체가 작은 입자로 이루어져있다는게 신기했다]]> 2020-09-24 05:42:22 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713916 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713930 고체, 액체, 기체는 각각 입자 배열이 규칙적, 불규칙적, 매우 불규칙적이므로 부피가 일정, 비교적 일정, 일정하지 않다]]> 2020-09-24 05:42:22 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713930 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713990 입자사이의 거리를 알수있었다]]> 2020-09-24 05:42:25 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774713990 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714172 고체의 입자배열은 규칙적이다]]> 2020-09-24 05:42:29 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714172 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714414 2020-09-24 05:42:37 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714414 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714474 기체, 액체, 고체 순서로 입자사이의 거리가 점점 더 가깝다는 사실을 알게되었다. 또한 액체와 기체 모두 요동성을 가지고있는 반면, 고체는 흐르지 않는다는 사실도 알게되었다.]]> 2020-09-24 05:42:39 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714474 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714790 모든 물체는 작은 입자로 구성되어있고 기체와 액체는 흐르는 성질이있다.]]> 2020-09-24 05:42:48 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774714790 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774715837 10127 형진우

]]> 2020-09-24 05:43:22 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774715837 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774716047 액체는 부피는 일정하지만 모양은 바뀐다

]]> 2020-09-24 05:43:29 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774716047 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774716235 고체는 부피는 일정하고 모양도 바뀌지 않는다]]> 2020-09-24 05:43:34 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774716235 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774720585

]]> 2020-09-24 05:46:02 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774720585 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774722328 액체는 모양이 바뀐다.]]> 2020-09-24 05:46:53 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774722328 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774723593 기체도 흐르는 성질이 있다는것이 신기했다]]> 2020-09-24 05:47:34 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774723593 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774724725 물질의 세 가지 샹태 담긴 그릇에 따라 모양은 변하지만부피가일정한상태를 액체라는 것을 알게되었다]]> 2020-09-24 05:48:10 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774724725 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774725920 고체상태는 입자들이 규칙적으로 배열되어 있고, 입자사이에 거리가 매우 가깝다

]]> 2020-09-24 05:48:49 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774725920 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774727168 액체가 흐르는 성질이 있다ㅏ는걸 알게돘다]]> 2020-09-24 05:49:26 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774727168 cupcake11 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774929627 볼록렌즈, 오목렌즈 영상을 통해 알게된 점이나 인상깊었던 점을 적어주세요. ]]> 2020-09-24 07:31:55 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/774929627 syts200002 https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/775150872 고체는 딱딱하고 바뀌지 않는 성질이 있다는 것을 알게 되었다]]> 2020-09-24 09:40:03 UTC https://padlet.com/cupcake11/pryp3f19f24yzjjz/wish/775150872