2-3 [2단원 전기와 자기] 학습실행능력 by 이미승

1. PhET - 마찰전기 캡처 1

miseung — 2023-05-15 03:46:34 UTC

풍선과 정전기
https://phet.colorado.edu/sims/html/balloons-and-static-electricity/latest/balloons-and-static-electricity_ko.html

2. PhET - 마찰전기 캡처 2

miseung — 2023-05-15 03:46:41 UTC

정전기
https://phet.colorado.edu/sims/html/john-travoltage/latest/john-travoltage_ko.html

6. 도체와 부도체에서의 정전기 유도 캡처 (자바실험실)

miseung — 2023-05-18 09:57:42 UTC

3.[영상제작] 마찰전기 설명

miseung — 2023-05-18 10:00:45 UTC

0. 설명 시작 전 인증샷
💎 필수 포함 내용 💎
전기적 중성, 전자 이동, 대전,
(+)대전체, (-)대전체

5.[영상] 정전기유도-빨대실험

miseung — 2023-05-18 10:02:55 UTC

0. 시작 전 인증샷
1. 실험하면서 정전기 유도 설명
💎정전기 유도 설명
💎대전체와 가까운 쪽에서
일어나는 현상
💎대전체와 먼 쪽에서
일어나는 현상

4.[영상제작](실험하며 설명) 💎전기력 💎인력 💎척력

miseung — 2023-05-23 00:36:32 UTC

0. 인증샷
💎전기력이란?
(인력과 척력 순서 상관없음)
💎인력:
💎척력:

7. 검전기 (자바실험실)

miseung — 2023-05-23 00:43:38 UTC

https://javalab.org/electroscope/

1. 풍선과 정전기

2023-05-23 04:26:35 UTC

2. 정전기

2023-05-23 04:27:48 UTC

3. 마찰전기 설명

2023-05-23 04:28:50 UTC

4. 전기력 척력 인력

2023-05-23 04:29:38 UTC

5. 정전기 유도

2023-05-23 04:30:38 UTC

1

2023-05-23 04:31:19 UTC

6.도체와 부도체에서의 정전기 유도

2023-05-23 04:33:36 UTC

2

2023-05-23 04:34:16 UTC

7. 검전지

2023-05-23 04:35:42 UTC

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3.[영상제작] 마찰전기 설명

2023-05-23 10:05:19 UTC

4.[영상제작] 전기력 인력 척력

2023-05-23 10:08:12 UTC

5.[영상제작] 정전기 유도 - 빨대 실험

2023-05-23 10:09:43 UTC

1.마찰전기 캡쳐1

2023-05-23 10:15:01 UTC

2. 마찰전기 캡쳐2

2023-05-23 10:15:49 UTC

6. 도체와 부도체에서의 정전기 유도

2023-05-23 10:18:54 UTC

7. 감전기

2023-05-23 10:21:07 UTC

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2023-05-23 11:21:34 UTC

1. PhET-마찰전기 캡쳐1

somin0302 — 2023-05-23 11:41:01 UTC

2. PhET-마찰전기 캡처 2

somin0302 — 2023-05-23 11:43:56 UTC

1

2023-05-23 11:44:31 UTC

3. [영상제작] 마찰전기 설명

somin0302 — 2023-05-23 11:44:34 UTC

4. [영상제작] (실험하며 설명) 전기력•인력•척력

somin0302 — 2023-05-23 11:45:16 UTC

5. [영상] 정전기 유도-빨대 실험

somin0302 — 2023-05-23 11:45:38 UTC

3

2023-05-23 11:46:01 UTC

2

2023-05-23 11:46:35 UTC

6. 도체와 부도체에서의 정전기 유도 캡처 (자바실험실)

somin0302 — 2023-05-23 11:46:35 UTC

3

2023-05-23 11:49:28 UTC

7. 검전기 (자바실험실)

somin0302 — 2023-05-23 11:50:36 UTC

4

2023-05-23 11:51:27 UTC

1. PhET - 마찰전기 캡처 1

2023-05-23 12:07:51 UTC

2. PhET - 마찰전기 캡처 1

2023-05-23 12:11:13 UTC

3.[영상제작] 마찰전기 설명

2023-05-23 12:12:54 UTC

4.[영상제작](실험하며 설명) 전기력,인력,척력

2023-05-23 12:14:36 UTC

5.[영상] 정전기유도-빨대실험

2023-05-23 12:16:01 UTC

6. 도체와 부도체에서의 정전기 유도 캡처

2023-05-23 12:20:29 UTC

7. 도체와 부도체에서의 정전기 유도 캡처

2023-05-23 12:21:37 UTC

1번

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2번

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3번

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4범

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5번

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7번

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1번

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2번

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01

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3번

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4번

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5번

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6번

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10. 전류의 흐름 (전기회로)

miseung — 2023-05-30 05:27:08 UTC

https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-dc_ko.html

💎전지, 전구, 전선 이용,
전구에 불이 켜지도록 회로 완성!
💎전류의 흐름을 나타내는 화면 캡처

9.전자의 이동 (전기회로)

miseung — 2023-05-30 05:29:00 UTC

https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-dc_ko.html

💎전지, 전구, 전선 이용,
전구에 불이 켜지도록 회로 완성!
💎전자의 이동을 나타내는 화면 캡처

11. 옴의 법칙1 -전압과 전류의 관계

miseung — 2023-05-30 05:30:31 UTC

PhET 전기회로
https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-dc_ko.html

12. 옴의 법칙2 -저항과 전류의 관계

miseung — 2023-05-30 05:30:40 UTC

PhET 전기회로
https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-dc_ko.html

정전기 영상 3,4,5?

miseung — 2023-05-30 06:52:13 UTC

정전기 4,5 ?

miseung — 2023-05-30 06:54:03 UTC

5.정전기유도 영상?

miseung — 2023-05-30 06:58:01 UTC

희유야 수업 자료 올려~~

miseung — 2023-05-30 07:01:43 UTC

하람아 과제 올려~

miseung — 2023-05-30 07:02:06 UTC

정원아~수업 자료 올려~~

miseung — 2023-05-30 07:02:41 UTC

8.전류 <도체,부도체-불 켜기>

miseung — 2023-05-30 07:10:56 UTC

8. 전류 <도체, 부도체-불켜기>

somin0302 — 2023-05-30 08:00:41 UTC

9. 전자의 이동 (전기회로)

somin0302 — 2023-05-30 08:14:31 UTC

8

2023-05-30 14:29:45 UTC

9

2023-05-30 14:38:20 UTC

8. 전류 도체 부도체 - 불 켜기

2023-05-31 10:59:03 UTC

8. 전류 도체 부도체 - 불 켜기

2023-05-31 11:00:15 UTC

9. 전기회로 전자의 이동 캡쳐

2023-05-31 11:00:25 UTC

10. 전기회로 전류 캡쳐

2023-05-31 11:05:11 UTC

1. 마찰전기 캡쳐 - 1

wyjybrnqsj — 2023-05-31 12:03:21 UTC

2. 마찰전기 캡쳐 - 2

wyjybrnqsj — 2023-05-31 12:03:41 UTC

3. 마찰전기 설명 영상

wyjybrnqsj — 2023-05-31 12:04:30 UTC

4. 전기력, 인력, 척력 설명 영상

wyjybrnqsj — 2023-05-31 12:05:23 UTC

5. 정전기 유도 설명 영상

wyjybrnqsj — 2023-05-31 12:14:14 UTC

5

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10

2023-06-01 13:19:24 UTC

6. 도체와 부도체 정전기 유도

wyjybrnqsj — 2023-06-01 13:31:00 UTC

8

2023-06-01 13:31:17 UTC

7. 검전키 캡쳐

wyjybrnqsj — 2023-06-01 13:31:23 UTC

8. 전류, 도체, 부도체 불 켜기 캡쳐

wyjybrnqsj — 2023-06-01 13:31:59 UTC

15.저항의 직렬-병렬 연결 모형

miseung — 2023-06-01 13:32:15 UTC

📌전자의 움직이는 속도가 전류의 세기
📌저항의 직렬 연결과 병렬 연결 시 전류의 세기를 비교해보세요.

10. 전기회로 전류 캡쳐

wyjybrnqsj — 2023-06-01 13:33:41 UTC

9. 전기회로 전자의 이동 캡쳐

wyjybrnqsj — 2023-06-01 13:46:10 UTC

10

2023-06-01 13:50:18 UTC

14.저항의 직렬-병렬 연결 시 전류의 세기

miseung — 2023-06-01 14:00:53 UTC

1

2023-06-01 14:01:57 UTC

2

2023-06-01 14:02:24 UTC

13.저항의 연결 (도로 모형)

miseung — 2023-06-01 14:02:43 UTC

16.저항과 전위차(전압)

miseung — 2023-06-01 14:04:52 UTC

2개의 저항으로 시뮬레이션 하기 (직렬 또는 병렬 연결)

18.직렬-병렬 연결의 이용

miseung — 2023-06-01 14:06:28 UTC

19.저항의 연결 (실생활)

miseung — 2023-06-01 14:08:41 UTC

17. 저항의 직렬-병렬 연결 비교

miseung — 2023-06-01 14:12:32 UTC

https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-dc_ko.html

8.전류, 전도체, 부도체 불 켜기

2023-06-01 14:21:17 UTC

9. 전자회로 전자의 이동

2023-06-01 14:25:04 UTC

8

2023-06-01 14:53:49 UTC

8.전류 <도체, 부도체-불 켜기>

2023-06-01 16:13:34 UTC

8

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10. 전류의 흐름 (전기회로)

somin0302 — 2023-06-04 05:58:49 UTC

11. 옴의 법칙1-전압과 전류의 관계

somin0302 — 2023-06-04 05:59:59 UTC

12. 옴의 법칙2-저항과 전류의 관계

somin0302 — 2023-06-04 06:00:49 UTC

13. 저항의 연결 (도로 모형)

somin0302 — 2023-06-04 06:01:37 UTC

11. 옴의 법칙1 - 전압과 전류의 관계

2023-06-04 08:48:40 UTC

11. 옴의 법칙2 - 저항과 전류의 관계

2023-06-04 08:53:08 UTC

13. 저항의 연결

2023-06-04 08:57:26 UTC

11

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14. 저항의 병렬 연결 시 전류의 세기

2023-06-04 10:09:24 UTC

14. 저항의 직렬 연결 시 전류의 세기

2023-06-04 10:11:42 UTC

15. 저항의 직렬, 병렬 연결 모형

2023-06-04 10:12:29 UTC

14

2023-06-04 10:17:25 UTC

15

2023-06-04 10:19:02 UTC

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2023-06-04 10:21:18 UTC

16. 저항과 전위차(전압)

2023-06-04 10:22:01 UTC

17. 저항의 직렬, 병렬 연결 비교

2023-06-04 10:23:19 UTC

17

2023-06-04 10:25:18 UTC

18

2023-06-04 10:25:47 UTC

18. 직렬, 병렬 연결의 이용

2023-06-04 10:28:16 UTC

19. 저항의 연결(실생활)

2023-06-04 10:30:38 UTC

11. 옴의 법칙 1 - V, I

wyjybrnqsj — 2023-06-04 12:08:18 UTC

12. 옴의 법칙 2 - R, I

wyjybrnqsj — 2023-06-04 12:09:03 UTC

13. 저항의 연결

wyjybrnqsj — 2023-06-04 12:10:04 UTC

14. 저항의 직렬, 병렬연결 시 전류의 세기

wyjybrnqsj — 2023-06-04 12:10:43 UTC

15. 저항의 직렬, 병렬연결 모형

wyjybrnqsj — 2023-06-04 12:11:38 UTC

16. 저항과 전위차

wyjybrnqsj — 2023-06-04 12:12:07 UTC

17. 저항의 직렬, 병렬연결 비교

wyjybrnqsj — 2023-06-04 12:12:31 UTC

18. 직렬, 병렬연결의 이용

wyjybrnqsj — 2023-06-04 12:13:10 UTC

19. 저항의 연결

wyjybrnqsj — 2023-06-04 12:13:38 UTC

11

2023-06-04 12:53:25 UTC

12

2023-06-04 12:53:39 UTC

13

2023-06-04 12:53:50 UTC

14

2023-06-04 12:55:34 UTC

15

2023-06-04 12:56:47 UTC

16

2023-06-04 12:58:05 UTC

8

2023-06-04 13:03:49 UTC

9

2023-06-04 13:04:28 UTC

10

2023-06-04 13:04:47 UTC

11

2023-06-04 13:10:49 UTC

12

2023-06-04 13:15:19 UTC

13

2023-06-04 13:17:46 UTC

14

2023-06-04 13:21:39 UTC

14. 저항의 직렬-병렬 연결 시 전류의 세기

somin0302 — 2023-06-04 13:33:29 UTC

14. 저항의 직렬-병렬 연결 시 전류의 세기

somin0302 — 2023-06-04 13:34:51 UTC

15. 저항의 직렬-병렬 연결 모형

somin0302 — 2023-06-04 13:36:01 UTC

16. 저항과 전위차 (전압)

somin0302 — 2023-06-04 13:36:23 UTC

17. 저항의 직렬-병렬 연결 비교

somin0302 — 2023-06-04 13:36:40 UTC

18. 직렬-병렬 연결의 이용

somin0302 — 2023-06-04 13:36:54 UTC

19. 저항의 연결 (실생활)

somin0302 — 2023-06-04 13:37:08 UTC

8

2023-06-04 13:38:46 UTC

9

2023-06-04 13:42:49 UTC

10

2023-06-04 13:46:07 UTC

11

2023-06-04 14:13:04 UTC

12

2023-06-04 14:13:30 UTC

13

2023-06-04 14:13:46 UTC

14

2023-06-04 14:14:04 UTC

15

2023-06-04 14:14:22 UTC

16

2023-06-04 14:14:40 UTC

17

2023-06-04 14:15:01 UTC

18

2023-06-04 14:15:28 UTC

19

2023-06-04 14:15:45 UTC

14

2023-06-04 14:44:45 UTC

15

2023-06-04 14:44:57 UTC

16

2023-06-04 14:45:09 UTC

17

2023-06-04 14:45:20 UTC

18

2023-06-04 14:45:45 UTC

19

2023-06-04 14:46:06 UTC

11

2023-06-04 17:57:29 UTC

12

2023-06-04 17:57:56 UTC

13

2023-06-04 18:02:18 UTC

19

2023-06-04 23:30:03 UTC

8

2023-06-05 00:30:14 UTC

9

2023-06-05 00:33:42 UTC

10

2023-06-05 00:34:12 UTC

11

2023-06-05 00:39:40 UTC

12

2023-06-05 00:45:18 UTC

13

2023-06-05 00:46:39 UTC

14

2023-06-05 00:47:52 UTC

15

2023-06-05 00:49:56 UTC

15

2023-06-05 00:51:19 UTC

16

2023-06-05 00:53:10 UTC

17

2023-06-05 01:05:30 UTC

11

2023-06-05 04:41:31 UTC

12

2023-06-05 04:52:41 UTC

13

2023-06-05 04:53:04 UTC

14

2023-06-05 04:53:29 UTC

15

2023-06-05 04:56:35 UTC

16

2023-06-05 04:57:57 UTC

11

2023-06-05 07:29:22 UTC

12

2023-06-05 07:29:35 UTC

13

2023-06-05 07:30:05 UTC

14

2023-06-05 07:31:34 UTC

15

2023-06-05 07:33:51 UTC

16

2023-06-05 07:34:07 UTC

9

2023-06-06 05:49:31 UTC

17

2023-06-06 06:04:26 UTC

18

2023-06-06 06:06:42 UTC

19

2023-06-06 06:10:59 UTC

14

2023-06-06 12:29:41 UTC

15

2023-06-06 12:30:04 UTC

16

2023-06-06 12:46:30 UTC

17

2023-06-06 12:47:02 UTC

17

2023-06-07 10:13:34 UTC

18

2023-06-07 10:15:36 UTC

16(수정)

2023-06-07 12:33:25 UTC

17

2023-06-07 12:40:29 UTC

18

2023-06-07 12:40:47 UTC

9.전자의 이동 (전기회로)

2023-06-07 12:41:52 UTC

10. 전류의 흐름 (전기회로)

2023-06-07 14:08:06 UTC

11. 옴의 법칙1 -전압과 전류의 관계

2023-06-07 14:25:52 UTC

12

2023-06-07 22:49:52 UTC

13

2023-06-07 22:52:59 UTC

14

2023-06-07 22:54:48 UTC

15

2023-06-07 22:56:44 UTC

16

2023-06-07 22:59:12 UTC

17

2023-06-07 23:11:15 UTC

18

2023-06-07 23:12:23 UTC

19

2023-06-07 23:23:16 UTC

10. 전류의 흐름

2023-06-08 01:22:37 UTC

19

2023-06-08 16:36:09 UTC

11. 옴의 법칙1 - 전압과 전류의 관계

2023-06-09 12:26:01 UTC

12. 옴의 법칙2 - 저항과 전압의 관계

2023-06-09 12:31:47 UTC

13. 저항의 연결(도로 모형)

2023-06-09 12:33:56 UTC

14. 저항의 직렬 - 병렬 연결 시 전류의 세기

2023-06-09 12:37:20 UTC

15. 저항의 직렬 - 병렬 연결 모형

2023-06-09 12:39:37 UTC

16. 저항과 전위차(전압)

2023-06-09 12:41:53 UTC

17. 저항의 직렬 - 병렬 연결 비교

2023-06-09 12:47:38 UTC

18. 직렬 - 병렬 연결의 이용

2023-06-09 12:49:34 UTC

19. 저항의 연결(실생활)

2023-06-09 13:01:23 UTC

18

2023-06-10 12:23:46 UTC

19

2023-06-10 12:24:06 UTC

10

2023-06-10 14:40:35 UTC

11

2023-06-10 15:23:49 UTC

12

2023-06-10 15:24:07 UTC

13

2023-06-10 15:24:22 UTC

14

2023-06-10 15:24:45 UTC

15

2023-06-10 15:25:04 UTC

16

2023-06-10 15:25:21 UTC

17

2023-06-10 15:25:39 UTC

18

2023-06-10 15:28:22 UTC

19

2023-06-10 15:52:21 UTC

10

2023-06-11 08:27:27 UTC

11

2023-06-11 08:27:48 UTC

12

2023-06-11 08:28:08 UTC

13

2023-06-11 08:28:34 UTC

14

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15

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16

2023-06-11 08:29:44 UTC

17

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18

2023-06-11 08:30:53 UTC

19

2023-06-11 08:31:11 UTC

11

2023-06-11 13:15:38 UTC

12

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13

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14

2023-06-11 13:19:42 UTC

15

2023-06-11 13:47:44 UTC

16

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17

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18

2023-06-11 13:56:21 UTC

19

2023-06-11 14:25:44 UTC

14

2023-06-11 14:28:56 UTC

15

2023-06-11 14:29:13 UTC

17

2023-06-11 14:47:22 UTC

18

2023-06-11 14:47:41 UTC

19

2023-06-11 14:47:57 UTC

10

2023-06-11 15:43:02 UTC

11

2023-06-11 15:43:21 UTC

12

2023-06-11 15:52:19 UTC

13

2023-06-11 16:09:20 UTC

14

2023-06-11 16:09:37 UTC

15

2023-06-11 16:10:06 UTC

16

2023-06-11 16:10:24 UTC

17

2023-06-11 16:10:38 UTC

18

2023-06-11 16:10:51 UTC

19

2023-06-11 16:11:05 UTC

15

2023-06-11 23:01:52 UTC

16

2023-06-11 23:03:34 UTC

17

2023-06-12 12:27:39 UTC

18

2023-06-12 12:32:18 UTC

08

2023-06-12 13:18:30 UTC

19

2023-06-12 13:22:25 UTC

09

2023-06-12 13:35:36 UTC

10

2023-06-12 13:36:53 UTC

11

2023-06-12 13:41:00 UTC

12

2023-06-12 13:43:44 UTC

13

2023-06-12 13:45:44 UTC

14

2023-06-12 13:46:40 UTC

15

2023-06-12 13:48:33 UTC

16

2023-06-12 13:49:46 UTC

17

2023-06-12 13:54:50 UTC

18

2023-06-12 13:56:12 UTC

19

2023-06-12 13:58:49 UTC

2단원 전기 전체 제출

miseung — 2023-06-13 05:53:28 UTC

2단원 전기 전체 제출

miseung — 2023-06-13 05:57:39 UTC

11 12 17 ?

miseung — 2023-06-13 05:59:49 UTC

11(수정)

2023-06-13 12:08:17 UTC

12 (수정)

2023-06-13 12:17:57 UTC

17번 비교하기?

miseung — 2023-06-15 12:42:18 UTC

13 16 ?

miseung — 2023-06-15 12:43:30 UTC

9~19 ?

miseung — 2023-06-15 12:43:50 UTC

전기 전체 제출

miseung — 2023-06-15 12:44:44 UTC

8~19 ?

miseung — 2023-06-15 12:45:13 UTC

17~19 ?

miseung — 2023-06-15 12:46:00 UTC

8~19 ?

miseung — 2023-06-15 12:46:16 UTC

전기 전체 제출

miseung — 2023-06-15 12:49:17 UTC

13 16 18 19 ?

miseung — 2023-06-15 12:50:29 UTC

13 16 ?

miseung — 2023-06-15 12:51:15 UTC

16 ?

miseung — 2023-06-15 12:52:14 UTC

16?

miseung — 2023-06-15 13:01:47 UTC

2단원 전기 제출 완료

miseung — 2023-06-15 13:02:51 UTC

2단원 전기 제출 완료

miseung — 2023-06-15 13:04:05 UTC

16?

miseung — 2023-06-15 13:04:59 UTC

2단원 전기 제출 완료

miseung — 2023-06-15 13:06:07 UTC

16 19 ?

miseung — 2023-06-15 13:07:07 UTC

13 18 ?

miseung — 2023-06-15 13:09:06 UTC

2단원 전기 제출 완료

miseung — 2023-06-15 13:10:10 UTC

8~19 ?

miseung — 2023-06-15 13:10:37 UTC

13 16 ?

miseung — 2023-06-15 13:12:53 UTC

16?

miseung — 2023-06-15 13:13:47 UTC

3~19?

miseung — 2023-06-15 13:14:09 UTC

16

2023-06-16 08:01:25 UTC

17(수정)

2023-06-16 09:12:57 UTC

16. 저항과 전위차

2023-06-16 10:24:56 UTC

13 수정본

2023-06-16 14:11:37 UTC

16 수정본

2023-06-16 14:11:54 UTC

13 (수정)

2023-06-17 01:08:49 UTC

16 (수정)

2023-06-17 01:10:57 UTC

19

2023-06-18 10:07:23 UTC

17

2023-06-18 13:19:33 UTC

18

2023-06-18 13:19:42 UTC

19

2023-06-18 13:19:52 UTC

전기 전체 제출

miseung — 2023-06-20 20:54:18 UTC

전기 전체 제출

miseung — 2023-06-20 20:54:55 UTC

전기 전체 제출

miseung — 2023-06-20 20:55:30 UTC

전기 전체 제출

miseung — 2023-06-20 20:56:02 UTC

전기 전체 제출

miseung — 2023-06-20 20:56:35 UTC

전기 전체 제출

miseung — 2023-06-20 20:56:54 UTC

전기 전체 제출

miseung — 2023-06-20 20:57:20 UTC

전기 전체 제출

miseung — 2023-06-20 20:58:22 UTC

전기 전체 제출

miseung — 2023-06-20 20:58:38 UTC

전기 전체 제출

miseung — 2023-06-20 20:59:27 UTC

2학기 2.🌍탄소중립🌍[지구를 위한 함께하는 실천] 아이디어 공모전 (학교 패들렛+여기!에 올리기)

miseung — 2023-07-06 00:38:06 UTC

https://padlet.com/puchongt200001/padlet-g5d2cw2hwuxe0lg

2학기 1.🌍탄소중립🌍우유팩과 멸균팩 올바로 분리배출하기 홍보물 (학교 패들렛+여기!에 업로드)

miseung — 2023-07-06 00:38:22 UTC

https://padlet.com/puchongt200001/padlet-3f6dx2rmqa8numr2

2학기 3.🌍탄소중립🌍우리나라 국가나 사회, 기업의 탄소제로 정책이나 실천 찾아 올리기(2학기에 발표 예정)

miseung — 2023-07-13 00:04:48 UTC

💎 영상
💎 기사
💎 '그린워싱' 확인 필수!

2학기 1. 우유팩과 멸균팩 올바로 분리배출하기 홍보물

2023-07-13 01:18:23 UTC

2. [지구를 위한 함께하는 실천] 아이디어

2023-07-13 01:19:32 UTC

3. [탄소중립] 국가나 사회, 기업의 탄소제로 정책이나 실천

2023-07-13 01:21:01 UTC

https://www.s-journal.co.kr/news/articleView.html?idxno=5128
<롯데제과에서 진행하는 환경 프로젝트>

2학기 1. 우유팩과 멸균팩 올바로 분리배출하기 홍보물

somin0302 — 2023-07-13 01:25:55 UTC

2학기 2. [지구를 위한 함께하는 실천] 아이디어 공모전

somin0302 — 2023-07-13 01:26:12 UTC

1. 음료수에 붙어있는 플라스틱 빨대를 안쓰고 가장 많이 가져온 반에게 친환경 상품 주기

2. 핸드폰 사용 시간 인증해서 일정 시간 이하인 친구에게 간식 주기 ex) 1시간 이하는 과자+젤리, 2시간 이하는 과자, 3시간 이하는 젤리 등등..

3. 자전거나 도보로 등교하는 친구들에게 교문 앞에서 작은 간식 주기

2학기 3. 탄소중립-우리나라 국가나 사회, 기업의 탄소제로 정책이나 실천 찾아 올리기

somin0302 — 2023-07-13 01:26:39 UTC

[탄소중립 실천포인트]
: 국민들의 탄소중립 실천을 위해 여러 기업의 친환경활동 이용 시 인센티브를 주는 제도, 한국환경공단이 2022년 1월 19일부터 시행함

[홈페이지]
https://cpoint.or.kr/netzero/main.do

[관련 기사]
https://naver.me/G9sn5Asg

[관련 영상]
https://youtu.be/sdTtl0QcBzA
(01:00~02:55)

[포인트적립 방법]
1) 탄소중립 실천포인트 홈페이지 가입
2) 실천활동 1개 완료
3) 5000원의 실천 다짐금 먼저 수령
4) 다양한 녹색생활 실천
5) 포인트 적립
6) 인센티브 수령

[실천활동 종류] (몇개만)
-전자영수증
: 종이영수증 대신 전자영수증 이용
-텀블러 및 다회용컵
: 카페에서 일회용컵 대신 다회용컵 이용
-다회용기
: 배달음식 주문 시 다회용기 사용 선택
-친환경 제품
: 친환경제품 매장에서 구매
(이 외에도 다양한 활동이 있음.)

[실천기업 종류]
: 스타벅스, 메가커피, 더벤티, CU, gs25, 세븐일레븐 등등

수정

[한솔의 고래를 구하는 물티슈]

[기사]
https://naver.me/IGKhHlfC

[영상]
https://youtu.be/f8-iXkTwXOA

2학기 4. 탄소중립-탄소중립 모니터링 앱 설치

somin0302 — 2023-07-13 01:26:56 UTC

4. [탄소중립] 탄소중립 모니터링 앱 설치

2023-07-13 01:42:48 UTC

16

2023-07-15 05:41:18 UTC

8

2023-08-09 03:27:08 UTC

2학기 1번

2023-08-09 03:29:54 UTC

2학기 2번

2023-08-09 03:31:05 UTC

2학기 3번

2023-08-09 03:52:04 UTC

2학기 4번

2023-08-09 03:54:59 UTC

2학기 1. 우유팩과 멸균팩 올바로 분리배출하기 홍보물

2023-08-15 05:47:23 UTC

2학기 1

2023-08-16 00:44:27 UTC

2학기 2

2023-08-16 00:45:13 UTC

2학기 1번

2023-08-16 05:05:39 UTC

2학기2번

2023-08-16 05:06:32 UTC

1,분리수거를 잘한 학급한테 간식 주기
2,학교올때 걸어오는 사람한테 마이쮸 주기
3, 한달동안 급식 가장 적게 남긴 1인 한테 간식 주기

2학기3번

2023-08-16 05:13:36 UTC

기사 '굴뚝 산업' 대출 딜레마…녹색금융 여전히 '시계제로' [자본의 온도②] (dailian.co.kr)
영상 우리나라 첫 ‘탄소 중립 계획’ 발표…3개 시나리오 제시 / KBS 2021.08.05. - YouTube

2학기4번

2023-08-16 05:22:56 UTC

2학기 4

2023-08-16 07:34:17 UTC

2학기 1

2023-08-16 11:46:36 UTC

2학기 2

2023-08-16 11:49:42 UTC

1. 우유팩, 멸균팩을 일주일간 가져온 사람 중 1, 2, 3등을 뽑아 친환경 상품 지급

2. 한 달간 잔반량이 가장 적은 반에 친환경 상품 지급

2학기 3

2023-08-16 12:01:07 UTC

영상 https://youtu.be/8uEiBD_G71Q
기사 https://naver.me/FiOB18PW

2학기 4

2023-08-16 12:12:13 UTC

2학기 1

2023-08-17 03:26:51 UTC

2학기 2

2023-08-17 03:27:06 UTC

우유팩 잘 분리해서 버리면
상품주기

분리수거 하는 영상찍으면 친환경 제품 선물주기

쓰레기 버려저 있으면 주어서 대신 버려주기

2학기 3

2023-08-17 03:27:25 UTC

기사
https://jobsn.chosun.com/site/data/html_dir/2021/02/10/2021021001042.html

영상
https://youtu.be/KvZk2VdO5jk

2학기 4

2023-08-17 03:27:45 UTC

3.기사

2023-08-17 03:33:25 UTC

1.흥보물

2023-08-17 03:34:44 UTC

2학기 1번 과제

2023-08-17 03:35:55 UTC

2. 아이디어

2023-08-17 03:36:15 UTC

-개인 손수건 가지고 다니기
-개인 텀블러 가지고 다니기
-채식,비건 실천해보기

2

2023-08-17 03:40:23 UTC

1.개인 텀블러 이용하기
2.대중교통 이용하기
3. 페트병 겉에 있는 비닐 제거해서 분류해 버리기

1

2023-08-17 03:40:41 UTC

2-1

2023-08-17 03:40:50 UTC

2-2

2023-08-17 03:45:06 UTC

거리가 멀지만 걸어서 등교하는 친구들한테 간식주기
매일 텀블러 가져오는 친구들 뽑아서 간식주기

1

2023-08-17 13:00:15 UTC

2

2023-08-17 13:01:51 UTC

2

2023-08-19 13:48:07 UTC

1.일주일동안 계속 믈병 들고오는 사람 간식 주기
2.종이팩 5개 가져오는 사람 상품

3

2023-08-19 13:54:07 UTC

https://naver.me/F40vhWyf

4

2023-08-19 13:54:54 UTC

2학기 3

2023-08-20 05:50:13 UTC

[CEO열전] 정의선 현대차그룹 회장, '도전, 신뢰, 변화'로 미래 개척하는 탐험가 - 머니S (moneys.co.kr)

-2040년까지 주요 시장에서 탄소 배출이 없는 전동화 차종만 판매할것임

- 수소 전기차를 개발하고있음
( 수소 전기차는 이산화탄소 배출량이 0임)

-갯벌 복원·해양 플라스틱 수거 및 재활용 등의 사업을 추진하고있음

3

2023-08-20 05:59:24 UTC

https://www.fnnews.com/news/202308071432162237

3.

2023-08-20 07:09:04 UTC

https://naver.me/G7yODOfV

4

2023-08-20 07:14:19 UTC

2학기 1

2023-08-20 09:25:17 UTC

2학기 2

2023-08-20 09:33:30 UTC

2학기 1

2023-08-20 12:50:21 UTC

2학기 2

2023-08-20 12:52:26 UTC

2학기 1.우유팩과 멸균팩 올바로 분리배출하기 홍보물

2023-08-20 12:58:39 UTC

2학기 2.[지구를 위한 함께하는 실천] 아이디어 공모전

2023-08-20 13:08:18 UTC

2학기 4.탄소중립 모니터링 앱 설치

2023-08-20 13:38:54 UTC

기사

2023-08-20 23:35:01 UTC

http://m.viva100.com/view.php?key=20230820010005371

2학기 3번 과제

wyjybrnqsj — 2023-08-21 11:27:29 UTC

영상: https://youtu.be/9zCwfe_HoSw
기사: https://www.hyundai.com/worldwide/ko/brand-journal/sustainable-vision/iaa2021-carbon-neutrality

2학기 3번 수정본

2023-08-21 12:04:40 UTC

기사 : http://www.wikileaks-kr.org/news/articleView.html?idxno=132353
영상 : https://youtu.be/8Pac8gTevNo

2학기 1

2023-08-21 12:12:56 UTC

2학기 2

2023-08-21 12:18:34 UTC

2학기 3

2023-08-21 12:27:16 UTC

영상
https://youtu.be/KGDoS9gLf1o
기사
https://naver.me/5c21S4Ty

지구의 탄소 흡수원을 늘려주는 꿀벌을 보호하고자 한화에서 만든 친환경 태양광 에너지로 온도,기온,습도 조절이 가능한 꿀벌 집 솔라 비하이브

2학기 4

2023-08-21 12:28:51 UTC

3. 발표자료

2023-08-21 12:29:09 UTC

https://www.canva.com/design/DAFsKqgG604/ucs-5rsdrLaR1zbpkoPSmQ/edit?utm_content=DAFsKqgG604&utm_campaign=designshare&utm_medium=link2&utm_source=sharebutton

2.3

2023-08-21 12:29:24 UTC

https://naver.me/xlCilBsE

1

2023-08-21 13:31:51 UTC

2

2023-08-21 13:32:36 UTC

3

2023-08-21 13:38:56 UTC

https://naver.me/GwETdhX6
포스코는 이산화탄소 발생량이 많은 석탄을 사용하지 않는 제철 기술인 수소환원제철 개발에 사활을 걸고 있다 2050년‘넷 제로’에 도달한다는 목표를 세워두고 있으며 지난 1월 국토부에 포항국가산업단지 계획변경 신청서를 제출했고, 다음달 주민 의견 청취를 위한 합동설명회를 개최할 계획이며 이와 관련, 철강업계 관계자는 “수소환원제철을 비롯한 탄소 중립 기술은 기업의 생존 및 국가 경쟁력과 직결되는 문제여서 주요 국가들이 정책적으로 지원한다”며 “대한민국이 제조업을 포기하지 않는다면 하루속히 수소환원제철을 국가전략기술로 지정하고 책임 있게 지원해야 한다”고 강조했다

4

2023-08-21 13:39:40 UTC

2

2023-08-21 13:52:59 UTC

3

2023-08-21 14:05:41 UTC

https://www.energytimes.kr/news/articleView.html?idxno=62498

4

2023-08-21 14:08:00 UTC

2학기 1

2023-08-21 14:47:44 UTC

https://www.miricanvas.com/v/12bubcz

3

2023-08-21 14:49:59 UTC

LS일렉트릭 "탄소 중립 위해 나무 심어요"
출처 : 파이낸셜뉴스 | 네이버
- https://naver.me/G5JH8Rte

2학기 3번 수정본

2023-08-21 14:50:49 UTC

2-3

2023-08-21 14:56:45 UTC

https://biz.chosun.com/site/data/html_dir/2020/12/18/2020121802333.html

2-4

2023-08-21 14:57:52 UTC

2학기 3

2023-08-21 15:00:17 UTC

3

2023-08-21 16:14:05 UTC

-SK가스는 고탄소 에너지에서 저탄소 에너지인 LNG로 사업 영역을 확대하는 ‘Low carbon Solution’과 무탄소 에너지인 수소,암모니아로 포트폴리오를 전환하는 ’Zero carbon Solution’을 전력을 단계별로 실행 중이다

-SK가스는 LNG,수소,암모니아를 도입•저장•활용할 수 있는 가치사슬을 구축해 다양한 사업을 확대해 나갈 예정이다

1. 홍보물

2023-08-21 16:25:16 UTC

2학기 3

2023-08-21 16:58:17 UTC

https://m.blog.naver.com/simeetsh/222978837028

2학기 4

2023-08-21 17:00:27 UTC

3. 기사

2023-08-21 22:07:42 UTC

https://naver.me/GnvZcFBh

3.기사

2023-08-21 23:46:02 UTC

https://www.getnews.co.kr/news/articleViewAmp.html?idxno=624892

2.4

2023-08-21 23:47:09 UTC

2학기 4.🌍탄소중립🌍 탄소중립 모니터링 앱 설치

miseung — 2023-08-22 01:11:37 UTC

2.3

2023-08-22 23:49:41 UTC

https://naver.me/FVBg1VIe

3

2023-08-23 04:47:34 UTC

http://www.sisacast.kr/news/articleView.html?idxno=39805

4

2023-08-23 04:47:39 UTC

4

2023-08-23 04:48:48 UTC

2학기 3.우리나라 국가나 사회, 기업의 탄소제로 정책이나 실천 찾아 올리기

2023-08-23 04:52:51 UTC

2023-08-23 04:55:02 UTC

https://naver.me/FkjWgnef

3 추가

2023-08-23 04:55:07 UTC

유튜브 https://youtu.be/oAdbPMWKuIU

2학기 3

2023-08-23 05:13:12 UTC

4

2023-08-23 05:25:18 UTC

5. 자기력선 (캡처)

miseung — 2023-08-29 02:03:01 UTC

https://javalab.org/magnetic_force/

6. 자기력선의 방향 (캡처)

miseung — 2023-08-29 02:03:52 UTC

https://javalab.org/magnetic_field_around_a_bar_magnet/

5

2023-08-29 09:57:19 UTC

6

2023-08-29 09:57:38 UTC

5. 자기력선 (캡처)

miseung — 2023-08-30 03:06:57 UTC

https://javalab.org/magnetic_force/

6. 자기장의 방향 (캡처)

miseung — 2023-08-30 03:07:11 UTC

https://javalab.org/magnetic_field_around_a_bar_magnet/

5

2023-08-30 13:23:34 UTC

6

2023-08-30 13:24:12 UTC

5번과제

2023-08-31 10:51:04 UTC

6번과제

2023-08-31 10:51:42 UTC

5. 자기력선 (캡처)

somin0302 — 2023-09-01 10:09:04 UTC

6. 자기장의 방향 (캡처)

somin0302 — 2023-09-01 10:11:07 UTC

7. 직선 도선 주위의 자기장 (캡처)

miseung — 2023-09-01 13:33:41 UTC

8. 원형 도선 주위의 자기장 (캡처)

miseung — 2023-09-01 13:33:56 UTC

5

2023-09-04 13:23:02 UTC

6

2023-09-04 13:23:50 UTC

7

2023-09-04 13:24:54 UTC

8

2023-09-04 13:25:58 UTC

5

2023-09-04 22:58:48 UTC

6

2023-09-04 22:59:08 UTC

7

2023-09-04 22:59:47 UTC

8

2023-09-04 23:00:07 UTC

5

2023-09-05 01:39:36 UTC

9. 직선 도선 주위의 자기장 (실험 사진)

miseung — 2023-09-05 01:40:28 UTC

10. 원형 도선 주위의 자기장 (실험 사진)

miseung — 2023-09-05 01:40:49 UTC

6

2023-09-05 01:41:31 UTC

11. 코일 주위의 자기장 (실험 사진)

miseung — 2023-09-05 01:41:34 UTC

5

2023-09-05 01:43:53 UTC

6

2023-09-05 01:44:08 UTC

7

2023-09-05 01:44:22 UTC

8

2023-09-05 01:44:34 UTC

7

2023-09-05 01:48:08 UTC

5번

2023-09-05 07:11:01 UTC

6번

2023-09-05 07:12:06 UTC

7번

2023-09-05 07:13:48 UTC

8번

2023-09-05 07:14:50 UTC

7. 직선 도선 주위의 자기장 (캡처)

somin0302 — 2023-09-05 07:23:21 UTC

8. 원형 도선 주위의 자기장 (캡처)

somin0302 — 2023-09-05 07:28:11 UTC

9. 직선 도선 주위의 자기장 (실험 사진)

somin0302 — 2023-09-05 07:34:21 UTC

10. 원형 도선 주위의 자기장 (실험 사진)

somin0302 — 2023-09-05 07:36:45 UTC

11. 코일 주위의 자기장 (실험 사진)

somin0302 — 2023-09-05 07:39:24 UTC

5

2023-09-05 11:41:08 UTC

6

2023-09-05 11:41:20 UTC

7

2023-09-05 11:41:25 UTC

8

2023-09-05 11:41:30 UTC

9

2023-09-05 11:42:10 UTC

10

2023-09-05 11:42:38 UTC

11

2023-09-05 11:43:05 UTC

7

2023-09-06 08:16:45 UTC

8

2023-09-06 08:17:08 UTC

5

2023-09-06 08:31:28 UTC

6

2023-09-06 08:32:13 UTC

7

2023-09-06 08:32:54 UTC

8

2023-09-06 08:33:21 UTC

5. 자기력선

2023-09-06 08:44:44 UTC

6. 자기장의 방향

2023-09-06 08:47:59 UTC

7. 직선 도선 주위의 자기장

2023-09-06 08:53:04 UTC

8. 원형 도선 주위의 자기장

2023-09-06 08:57:54 UTC

5. 자기력선

2023-09-06 13:02:25 UTC

6. 자기장의 방향

2023-09-06 13:03:12 UTC

7. 직선 도선 주위의 자기장

2023-09-06 13:04:41 UTC

8. 원형 도선 주위의 자기장

2023-09-06 13:05:36 UTC

9. 직선 도선 주위의 자기장

2023-09-06 13:07:03 UTC

10. 원형 도선 주위의 자기장

2023-09-06 13:07:46 UTC

11. 코일 주위의 자기장

2023-09-06 13:08:55 UTC

5

2023-09-06 13:31:32 UTC

6

2023-09-06 13:31:43 UTC

7

2023-09-06 13:31:56 UTC

8

2023-09-06 13:32:08 UTC

9

2023-09-07 12:20:25 UTC

10

2023-09-07 13:21:31 UTC

11

2023-09-07 13:22:03 UTC

12. 코일 주위의 자기장 (캡처)

miseung — 2023-09-07 13:24:51 UTC

13. 전자기력 (전기 그네) 캡처

miseung — 2023-09-07 13:25:02 UTC

14. 전동기 (캡처)

miseung — 2023-09-07 13:25:14 UTC

또는
https://javalab.org/dc_motor/

둘 중 하나를 골라 실행 후 캡처해서 올리기

9

2023-09-08 04:22:12 UTC

10

2023-09-08 04:26:32 UTC

11

2023-09-08 04:27:49 UTC

9

2023-09-08 04:30:30 UTC

10

2023-09-08 04:30:52 UTC

12

2023-09-08 04:32:04 UTC

13

2023-09-08 04:32:17 UTC

14

2023-09-08 04:32:34 UTC

11

2023-09-08 04:32:48 UTC

7

2023-09-08 06:42:11 UTC

8

2023-09-08 06:42:26 UTC

9

2023-09-08 06:45:36 UTC

10

2023-09-08 06:46:04 UTC

11

2023-09-08 06:46:26 UTC

12

2023-09-08 06:47:51 UTC

13

2023-09-08 06:48:08 UTC

14

2023-09-08 06:48:20 UTC

8

2023-09-08 07:21:36 UTC

9

2023-09-08 07:24:37 UTC

10

2023-09-08 07:25:00 UTC

11

2023-09-08 07:25:47 UTC

12

2023-09-08 07:36:35 UTC

9

2023-09-08 08:35:44 UTC

10

2023-09-08 08:36:00 UTC

11

2023-09-08 08:36:22 UTC

12

2023-09-08 08:42:35 UTC

13

2023-09-08 08:42:50 UTC

14

2023-09-08 08:43:02 UTC

9

2023-09-08 13:26:12 UTC

10

2023-09-08 13:27:06 UTC

11

2023-09-08 13:27:23 UTC

5

2023-09-09 06:47:34 UTC

6

2023-09-09 06:47:59 UTC

7

2023-09-09 06:48:41 UTC

8

2023-09-09 06:49:08 UTC

9

2023-09-09 06:49:50 UTC

10

2023-09-09 06:50:21 UTC

11

2023-09-09 06:51:34 UTC

12

2023-09-09 06:52:33 UTC

13

2023-09-09 06:52:57 UTC

14

2023-09-09 06:53:26 UTC

11

2023-09-10 13:09:04 UTC

10

2023-09-10 13:11:01 UTC

12. 코일 주위의 자기장

2023-09-10 14:37:15 UTC

13. 전기력(전기 그네)

2023-09-10 14:38:26 UTC

14. 전동기

2023-09-10 14:40:34 UTC

9. 직선 도선 주위의 자기장

2023-09-11 11:01:09 UTC

10. 원형 도선 주위의 자기장

2023-09-11 11:01:38 UTC

11. 코일 주위의 자기장

2023-09-11 11:02:06 UTC

12. 코일 주위의 자기장

2023-09-11 11:04:19 UTC

13. 전자기력 (전기 그네)

2023-09-11 11:06:48 UTC

14. 전동기

2023-09-11 11:09:25 UTC

2-5

2023-09-11 19:09:09 UTC

2-6

2023-09-11 19:09:39 UTC

2-7

2023-09-11 19:10:08 UTC

2-8

2023-09-11 19:10:42 UTC

12

2023-09-11 23:40:00 UTC

13

2023-09-11 23:40:14 UTC

14

2023-09-11 23:41:11 UTC

15

2023-09-12 01:26:18 UTC

12

2023-09-12 01:26:53 UTC

13

2023-09-12 01:27:50 UTC

14

2023-09-12 01:28:36 UTC

15

2023-09-12 01:28:54 UTC

5

2023-09-12 01:30:09 UTC

5

2023-09-12 01:30:22 UTC

15

2023-09-12 01:30:32 UTC

15

2023-09-12 01:31:10 UTC

13

2023-09-12 01:31:51 UTC

15

2023-09-12 01:31:58 UTC

15. 전자기 그네

2023-09-12 01:32:22 UTC

14

2023-09-12 01:35:26 UTC

15

2023-09-12 01:36:41 UTC

5

2023-09-12 01:37:40 UTC

6

2023-09-12 01:37:54 UTC

7

2023-09-12 01:38:20 UTC

8

2023-09-12 01:38:37 UTC

12

2023-09-12 01:39:33 UTC

13

2023-09-12 01:39:57 UTC

14

2023-09-12 01:40:11 UTC

15

2023-09-12 01:41:02 UTC

6

2023-09-12 01:43:00 UTC

7

2023-09-12 01:43:27 UTC

8

2023-09-12 01:44:00 UTC

9

2023-09-12 01:44:58 UTC

10

2023-09-12 01:45:25 UTC

11

2023-09-12 01:45:45 UTC

12

2023-09-12 01:46:26 UTC

13

2023-09-12 01:48:44 UTC

14

2023-09-12 01:50:34 UTC

15

2023-09-12 01:50:56 UTC

15. 전자기력(전자기그네) 실험

miseung — 2023-09-12 01:54:32 UTC

실험 장면과 자신의 오른손으로
전자기력의 방향을 나타내서 함께 찍습니다.
[영상 또는 사진]

12

2023-09-12 11:22:07 UTC

13

2023-09-12 11:22:45 UTC

14

2023-09-12 11:23:20 UTC

15

2023-09-12 11:24:05 UTC

15. 전자기력 (전자기 그네. 실험)

2023-09-13 11:31:58 UTC

14

2023-09-15 11:55:26 UTC

15

2023-09-15 11:55:46 UTC

2-9

2023-09-15 19:26:33 UTC

2-10

2023-09-15 19:27:15 UTC

2-11

2023-09-15 19:27:51 UTC

2-12

2023-09-15 19:29:51 UTC

2-13

2023-09-15 19:30:18 UTC

2-14

2023-09-15 19:31:04 UTC

2-15

2023-09-15 19:31:56 UTC

15

2023-09-16 10:18:46 UTC

12. 코일 주위의 자기장 (캡처)

somin0302 — 2023-09-16 10:34:54 UTC

13. 전자기력 (전기 그네) 캡처

somin0302 — 2023-09-16 10:39:39 UTC

14. 전동기 (캡처)

somin0302 — 2023-09-16 10:43:43 UTC

15. 전자기력 (전자기그네) 실험

somin0302 — 2023-09-16 10:48:50 UTC

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2학기 2번 과제

wyjybrnqsj — 2023-09-17 09:17:46 UTC

1. 학교에서 급식을 비건으로만 주는 비건데이 만들기
2. 탄소중립 실천하는 제품만 소비해보기

5

wyjybrnqsj — 2023-09-17 11:31:29 UTC

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wyjybrnqsj — 2023-09-17 11:50:20 UTC

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wyjybrnqsj — 2023-09-17 11:50:42 UTC

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wyjybrnqsj — 2023-09-17 11:51:24 UTC

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wyjybrnqsj — 2023-09-17 11:52:43 UTC

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//

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"

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15. 전자기력(전기그네)실험

2023-10-04 08:56:59 UTC