cac dang bai tap vay ly 10

Ngày tải lên: 10/11/2013, 10:28

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2LY3 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2LY3 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 ... 6,67 .10 -11 Nm 2 /kg 2 . + Trọng lượng, gia tốc rơi tự do: Ở sát mặt đất: P = mg = 2 R MmG ; g = 2 . R MG Ở độ cao h: P h = mg h = 2 )( hR MmG  ; g h = 2 )( . hR MG  M = 6 .10 24...

Ngày tải lên: 12/03/2014, 09:35

Ngày tải lên: 14/08/2014, 19:20

... . . . . . . . . . 100 4.GươngFrexnen 100 Phần14 . PHƯƠNG PHÁP GIẢI TOÁN VỀ TIA RƠNGHEN 101 Chủ đề 1. Tia Rơnghen: Cho biết vận tốc v của electron đập vào đối catot: tìm U AK 101 Chủ đề 2. Tia ... chuyển độngcủaelectron? 107 Phần16 . PHƯƠNG PHÁP GIẢI TOÁN VỀ MẪU NGUYÊN TỬ HIĐRÔ THEO BO 108 Chủ đề 1. Xác định vận tốc và tần số f của electron ở trạng thái dừng thứ n của nguyêntửHiđrô? 108 Chủ đề 2. ... <E m )? 108 Chủ đề 3. Tìm bước sóng của các vạch quang phổ khi biết các bước sóng của các vạchlâncận? 108 Chủ đề 4. Xác định bước sóng cực đại (λ max ) và cực tiểu (λ min ) của các dãy Lyman, Banme,Pasen?...

Ngày tải lên: 19/09/2012, 10:56

... e = - ’= 24sin4t = 24cos(4t - 2  ) (V). 9. Ta có: e = - N’= 150 .100  2 2 .10   sin (100 t - 4  ) = 300cos (100 t - 3 4  ) (V). 2. Tìm một số đại lƣợng trên các loại đoạn mạch xoay ... sáng. Trong 1 giây có 1 2   = 50 chu kì nên sẽ có 100 lần đèn sáng. 3. a) Ta có: 0,5I 0 = I 0 cos100t  cos100t = cos(± 3  ) 100 t = ± 3  + 2k  t = ± 1 300 + 0,02k; với k  Z. ... 7 400 s. 4. Tại thời điểm t: u = 100 2 = 200 2 cos (100 πt - 2  )  cos (100 πt - 2  ) = 1 2 = cos(± 3  ). Vì u đang giảm nên ta nhận nghiệm (+)  100 πt - 2  = 3   t = 1 120 (s)....

Ngày tải lên: 15/07/2013, 17:24

... = 6,02 .10 23 mol -1 . A). 3,55 .10 10 hạt. B). 3,40 .10 10 hạt. C). 3,75 .10 10 hạt. D).3,70 .10 10 hạt. Giải - Số hạt nhân ngun tử có trong 1 gam 226 Ra là : N 0 = 2123 10. 6646, 210. 022,6. 226 1 . == A N A m ... chu kì bán rã của pôlôni 210 84 Po là 138 ngày và N A = 6,02. 10 23 mol -1 . Độ phóng xạ của 42 mg pôlôni là A. 7. 10 12 Bq B. 7 .10 9 Bq C. 7 .10 14 Bq D. 7 .10 10 Bq. ………………………………………………………………………………………………………… ………………………………………………………………………………………………………… ST-C9.13. ... vận tốc của mổi hạt α tạo thành? A. 9,755 MeV ; 3,2 .10 7 m/s B .10, 55 MeV ; 2,2 .10 7 m/s C. 10, 55 MeV ; 3,2 .10 7 m/s D. 9,755 .10 7 ; 2,2 .10 7 m/s. Giải Năng lượng của phản ứng hạt nhân là...

Ngày tải lên: 27/07/2013, 18:18

... 693,0 0 0 = λ (Bq) * H = 0 H T t t He − − = 2 0 λ * Thời gian tính bằng giây * Đơn vị : 1 Ci = 3,7. 10 10 Bq Dạng 3: Định luật phóng xạ * Độ phóng xạ(số nguyên tử, khối lượng) giảm n lần → n H H T t == 2 0 * ... sao hay tam giác ( nguồn ít mắc tam giác vì dòng điện lớn) Phương Uyên CÁC DẠNG BÀI TẬP VẬT LÝ 12 10 Phương Uyên CÁC DẠNG BÀI TẬP VẬT LÝ 12 3 + Tìm A = 2 2 2 ω v x + (hay từ cơ năng E = 2 2 1 kA )...

Ngày tải lên: 16/08/2013, 20:17

... 'P P = 10 L - L’ = 100 0. Vậy phải giảm nhỏ công suất của loa 100 0 lần. 2. a) Ta có: L’ – L = lg 0 2 )(4 IDSM P − π - lg 0 2 4 ISM P π = lg 2 2 )( DSM SM −  2 )( DSM SM − = 10 L’ – L = 10 0,7 ...         = 2 1 1 2 R R I I = 10 -4  I 2 = 10 -4 I 1 . L 2 = lg 0 2 I I = lg 0 1 4 10 I I − = lg 0 1 I I + lg10 -4 = L 1 – 4 = 5 – 4 = 1 (B) = 10 (dB). Người viết: Dương Văn Đổng ... cm. Vật nhỏ của con lắc có khối lượng 100 g, lò xo có độ cứng 100 N/m. Khi vật nhỏ có vận tốc 10 10 cm/s thì gia tốc của nó có độ lớn là A. 4 m/s 2 . B. 10 m/s 2 . C. 2 m/s 2 . D. 5 m/s 2 . 19....

Ngày tải lên: 17/08/2013, 08:07

Ngày tải lên: 29/09/2013, 13:10

... 693,0 0 0 = λ (Bq) * H = 0 H T t t He − − = 2 0 λ * Thời gian tính bằng giây * Đơn vị : 1 Ci = 3,7. 10 10 Bq Dạng 3: Định luật phóng xạ * Độ phóng xạ(số nguyên tử, khối lượng) giảm n lần → n H H T t == 2 0 * ... kính OS thì hệ vân dịch OS s llx == α Hữu Nghĩa CÁC DẠNG BÀI TẬP VẬT LÝ 12 Website: xomcodon.tk 10 + Năng lượng nghỉ E 0 = m 0 c 2 , năng lượng toàn phần E = mc 2 = 2 2 2 0 1 c c v m − + Hệ ... (+, -) , tiến xa thì lấy ( - , + ) - Dùng công thức cộng vận tốc ( ví dụ như có gió ) Chuyên đề 10 : MẠCH RLC NỐI TIẾP Dạng 1 : Viết biểu thức i hay u Nếu i = tI ω cos 0 thì dạng của u là u...

Ngày tải lên: 08/11/2013, 10:11

... 0 H = A N A m T N 693,0 0 0 = λ (Bq) * H = 0 H T t t He − − = 2 0 λ - Đơn vị : + 1 Ci = 3,7. 10 10 Bq + T,t (s) Dạng 3: Định luật phóng xạ * Độ phóng xạ(số nguyên tử, khối lượng) giảm n lần ... Đường đi dài nhất của electron quang điện trong điện trường : 0 - 2 max0 2 1 mv = -eEd Chuyên đề 10 : Giao thoa ánh sáng Dạng 1 : Vị trí vân giao thoa * Vân sáng bậc k : x = ki = k a D λ ( k ... chịu yếu tố ảnh hưởng của yếu tố nhiệt độ và độ cao là: Theo nhiệt độ : 2 0 t T T ∆ = ∆ α 10 khi 2 lò xo ghép nối tiếp: 2 2 2 1 2 TTT n += Dạng 3 : Tính lực đàn hồi của lò xo: - Dùng...

Ngày tải lên: 26/11/2013, 12:11

... nhỏ nhất bằng 10 -12 W/m 2 ứng với âm chuẩn có tần số 100 0 Hz(gọi là c- ờng độ âm chuẩn I 0 = 10 -12 W/m 2 ) - Tai con ng- ời có thể nghe đ- ợc âm có c- ờng độ lớn nhất bằng 10 W/m 2 + ... 0;130 (dB) ) + i lng L = lg vi I 0 l chun cng m (m rt nh va nghe, thng ly chun cng m I 0 = 10 -12 W/m 2 vi m cú tn s 100 0 Hz) gi l mc cng m ca m cú cng I. n v ca mc cng m l ben (B). ... m. m cú tn s t 100 0 Hz n 5000 Hz, ngng nghe khong 10 -12 W/m 2 . + Ngng au: l cng m cc i m tai ngi cũn cú th nghe c nhng cú cm giỏc au nhc. i vi mi tn s m ngng au ng vi cng m 10 W/m 2 . +...

Ngày tải lên: 05/01/2014, 08:10

... độ nhỏ nhất bằng 10 -12 W/m 2 ứng với âm chuẩn có tần số 100 0 Hz(gọi là cờng độ âm chuẩn I 0 = 10 -12 W/m 2 ) - Tai con ngời có thể nghe đợc âm có cờng độ lớn nhất bằng 10 W/m 2 + Âm ... v f f v v Mỏy thu chuyn ng li gn ngun thỡ ly du + trc v M , ra xa thỡ ly du -. Ngun phỏt chuyn ng li gn ngun thỡ ly du - trc v S , ra xa thỡ ly du +. CHNG IV: DAO NG V SểNG IN T A. ... Di 0,1 MHz Súng trung 3000 m 200 m 0,1 MHz 1,5 MHz Súng ngn 200 m 10 m 1,5 MHz 30 MHz Súng cc ngn 10 m 0,01 m 30 MHz 30000 MHz c) Đặc tính và phạm vi sử dụng: Loại...

Ngày tải lên: 27/02/2014, 19:41

... trên: I 1 = = 10 (A) Nhánh dưới: I 4 = = 6 (A) U MP = U MA + U AP = - I 1 .R 1 + I 4 .R 4 = - 10. 3 + 6.4 = - 6 (V) U NQ = U NB + U BQ = I 1 .R 3 - I 4 .R 6 = 10. 1 - 6.4 = -14 ... + R 6 ) + I 1 .R 3 = 6.(2+4) - 10. 1 = 26 (V) Cách 2: Ta có: = = = U 1 = . R 1 = 30 (V) ; U 2 = . R 2 = 20 (V) U 3 = U - (U 1 + U 2 ) = 10 (V) Tương tự: = = ... giải các bài tập nâng cao phần điện học là thiết thực và hiệu quả. Kết quả cụ thể, năm học này (101 1-2012), tôi đã tham gia dạy bồi dưỡng các đội tuyển và đã cho các em giải nhiều các dạng bài...

Ngày tải lên: 06/03/2014, 02:20

... dng:  348 10 0AK min 193 min 0AK hc hc 6,625 .10 .3 .10 eU =  0,6625 .10  eU 1,6 .10 .18,75 .10 m    . Bài tp minh ha Bài 1 . Mt èn phát ra bc x có tn s f = 10 14 Hz. Bc x này thuc vùng ... là 1,6 .10 -19 C, 3 .10 8 m/s và 6,625 .10 -34 J.s. B qua ng nng ban u ca êlectrôn. Tính bc sóng nh nht ca tia Rnghen do ng phát ra. * Gi ý cách gi i: Áp dng:  348 10 0AK min 193 min ... Gi ý cách gi i: Áp dng: 2 1 mv 2 max = eU 0AK  193 7 0AK max 31 2eU 2.1,6 .10 1,2 .10 v = 2,05 .10 m/s m 9,1 .10    . Bài 2 . Hiu n th gia ant và catt ca mt ng Rnghen là 18,75...

Ngày tải lên: 14/03/2014, 09:19

... là fara (F) 1 mF = 10 -3 F. 1 F = 10 -6 F. MN MNMN vvmUqA 22 2 1 . 2 1 .  LUYỆN THI ĐẠI HỌC MÔN VẬT LÝ Email: Duclongtn95@gmail.com 6 1 nF = 10 -9 F. 1 pF = 10 -12 F. - Điện ... 10 -12 F. - Điện dung của tụ điện phẳng: d S d S C o 4 .10. 9 . 9     Với ) F ( 10. 85,8 .4 .10. 9 1 12 9 m o     ; ) N.m ( 10. 9 4 1 2 2 9 C k o   Trong đó S là diện tích ... Có chiều xác định theo qui tắc nắm tay phải hoặc vào Nam ra Bắc; Có độ lớn: B = 4 .10 -7 l N I = 4 .10 -7 nI. -Nguyên lí chồng chất của từ trường ( từ trường của nhiều dòng điện):   n BBBB...

Ngày tải lên: 25/03/2014, 23:20

Ngày tải lên: 25/03/2014, 23:20

Ngày tải lên: 29/03/2014, 15:20