PP giai va cac dang bai tap vec to Toan 10

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... mãn: MCMBMC2MB2MA3 =+ Trang 6 GV: Nguyn Vn Huy ( 0909 64 65 97 ) Hỡnh hc 10 trục to độ và hệ trục to độ Phần 1. Trục to độ Bài 1. Trên trục x'Ox cho 2 điểm A, B có tọa độ lần lợt là 2 ... CMR: AJ.ABAD.AC = phần 2. Hệ to độ đề các vuông góc I. To độ véc tơ - To độ điểm: Bài 1. Biểu diễn véc tơ jyixu += biết a) )5;2(u b) )0;4(u Bài 2. Xác định to độ của véc tơ u biết: a) ... Xác định to độ và độ dài của véc tơ c biết a) b3ac += ; )1;2(a ; )4;3(b b) b5a3c = ; )3;2(a ; )6;3(b Bài 4. Cho ba điểm A(-1;1); B(1;3) a) Xác định to độ của các véc tơ: BA;AB b) Tìm to độ...

... discover. 8. I dont remember ..of the decision to change the company policy on vacations. a. telling b. being told c. to tell d. to be told. 9. The children to the zoo. a. were enjoyed taken b. enjoyed ... have never made to do anything we didnt want to do. d. We had never made to do anything we didnt want to do. 10. Brian told me that somebody had attacked him in the street. a. I was told by Brian ... realized to be recorded. 9. They never made us do anything we didn t want to do. a. We are never made to do anything we didnt want to do. b. We were never made to do anything we didnt want to do....

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... bảo to n động lượng* Động lượng :DCBApppp* Năng lượng to n phần : W =đtrđsauWW  * Liên hệ :đmWp 22* Kết hợp dùng giản đồ vectorDạng 5 : Năng lượng liên kết, năng lượng liên ... =2222221212121AmkAkxmvEEtđ+ Kích thích bằng va chạm : dùng định luật bảo to n động lượng, bảo to n động năng ( va chạm đàn hồi) , xác định vậntốc con lắc sau va chạm. Áp dụngđsauWkA 221+ Chu ... luật phóng xạ cho nhiều giai đoạn:1N2N)1(101teNN1{22NN - e- )(34tt }302teNNDạng 4 : Định luật bảo to n năng lượng to n phần và bảo to n động lượng* Động...

... nhìn thy 773,8 .10 ñeán 7,6.10mm Vùng lam : 0, 450 0, 510mm   Tia hng ngoi 737,6 .10 ñeán 10mm Vùng chàm : 0, 440 0, 460mm   Sóng vô tuyn 3 10 trôû leânm ... Tia gamma 12Döôùi 10 m Vùng cam : 0,590 0,650mm   Tia Roengent 12 9 10 ñeán 10mm Vùng vàng : 0,570 0,600mm   Tia t ngoi 97 10 ñeán 3,8.10mm Vùng lc : ... sut ng t ( t s gia ỏ eeton thoỏt a hi ato v s hoton hiu ờn nú) H = PeIPteItnnpe, P l cụng sut ngun bc x, I cng dũng quang in bo ho. Dng 4: Chuyn ng eeton tong in tng u v t tng...

... +Va chạm: m2 bay với vận tốc v0 đến va chạm vào m1 đang đứng yên thì vận tốc m1 sau va chạm là: - va chạm mềm ( 2 vật làm một) 2 01 2.m vvm m Năng lượng mất mát trong va ... khoảng từ 200 Hz đến 100 0 Hz. + Độ to - Cờng độ âm càng lớn, cho ta cảm giác nghe thấy âm càng to. Tuy nhiên độ to của âm không tỉ lệ thuận với cờng độ âm. - Cảm giác nghe âm to hay nhỏ không ... tần số cao to hơn âm có tần số thấp. - Tai con ngời có thể nghe đợc âm có cờng độ nhỏ nhất bằng 10 -12 W/m2 ứng với âm chuẩn có tần số 100 0 Hz(gọi là cờng độ âm chuẩn I0 = 10 -12 W/m2)...

... phương ngang) Chuyển động của vật có 2 giai đoạn : + giai đoạn 1: đi lên chậm dần đều. ( ,va ngược chiều) + giai đoạn 2 : đi xuống nhanh dần đều ( ,va cùng chiều) - Chọn : + gốc tọa độ ... 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... sát. Bước 2: Chọn hệ quy chiếu ( Cụ thể hoá bằng hệ trục to độ vuông góc; Trục to độ Ox luôn trùng với phương chiều chuyển động; Trục to độ Oy vuông góc với phương chuyển động) Bước 3: Xác...

... dng:348 10 0AK min193min 0AKhc hc 6,625 .10 .3 .10 eU =  0,6625 .10  eU 1,6 .10 .18,75 .10 m.Bài tp minh haBài 1. Mt èn phát ra bc x có tn s f = 10 14 Hz. Bc x này thuc vùng ... f =c= 5 .10 14 Hz; T =f1= 2 .10 -15 s; v =nc = 2 .10 8 m/s; ’ =fv =n= 0,4 m.Click to buy NOW!PDF-XChangewww.docu-track.comClick to buy NOW!PDF-XChangewww.docu-track.comLý ... là 1,6 .10 -19 C, 3 .10 8 m/s và6,625 .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 ngphát ra.* Gi ý cách gii: Áp dng:348 10 0AK min193min...