cac chuyen de luyen thi dai hoc mon vat ly

... Kính thi n văn: xác định phạm vi ngắm chừng và độ bội giác? . . . . . . 94 1.Xác định phạm vi ngắm chừng của kính thi n văn . . . . . . . . . . . . . . . 94 2.Xác định độ bội giác của kính thi n ... ĐỀ 3.Xác định độ biến thi n nhỏ chu kỳ ∆T khi biết nhiệt độ biến thi n nhỏ ∆t; khi đưa lên độ cao h; xuống độ sâu h so với mặt biển: Phương pháp: 1.Khi biết nhiệt độ biến thi n nhỏ ∆t: Ở nhiệt ... biến thi n C max ÷ C min tương ứng góc xoay biến thi n 0 0 ÷ 180 0 : xác định góc xoay ∆α để thu được bức xạ có bước sóng λ? 59 Chủ đề 7. Mạch LC ở lối vào của máy thu vô tuyến có tụ xoay biến thi n...

... Chuyên đ Luyn thi Tt nghip THPT và Luyn thi i hc, Cao đng 2009 Hocmai.vn – Ngôi trng chung ca hc trò Vit Trang 1 CHUYÊN  LUYN THI TT NGHIP THPT VÀ LUYN THI I HC, CAO ... Câu 18 C Giáo viên: Phm Vn Quang Ngun: Hocmai.vn Chuyên đ Luyn thi Tt nghip THPT và Luyn thi i hc, Cao đng 2009 Hocmai.vn – Ngôi trng chung ca hc trò Vit Trang ... K Chuyên đ Luyn thi Tt nghip THPT và Luyn thi i hc, Cao đng 2009 Hocmai.vn – Ngôi trng chung ca hc trò Vit Trang 5 T thông này to ra sut đin đng bin thi n (lch pha nhau...

... ĐƢỜNG SỐ 1, KDC METRO , TP CẦN THƠ HOTLINE: 0909000895 TÀI LIỆU LUYỆN THI ĐẠI HỌC MÔN VẬT LÝ NĂM 2013-2014 TRUNG TÂM LUYỆN THI ĐẠI HỌC HỒNG PHÚC Trang 17 VD.11. Ta chiếu ... ĐƢỜNG SỐ 1, KDC METRO , TP CẦN THƠ HOTLINE: 0909000895 TÀI LIỆU LUYỆN THI ĐẠI HỌC MÔN VẬT LÝ NĂM 2013-2014 TRUNG TÂM LUYỆN THI ĐẠI HỌC HỒNG PHÚC Trang 23 VD5. Hiệ u điệ n thế giƣ̃ a hai điệ ... ĐƢỜNG SỐ 1, KDC METRO , TP CẦN THƠ HOTLINE: 0909000895 TÀI LIỆU LUYỆN THI ĐẠI HỌC MÔN VẬT LÝ NĂM 2013-2014 TRUNG TÂM LUYỆN THI ĐẠI HỌC HỒNG PHÚC Trang 15 4. Trong thí nghiệm Young về giao...

... f thì A. vận tốc biến thi n ñiều hoà với tần số f. B. gia tốc biến thi n ñiều hoà với tần số f. C. ñộng năng biến thi n ñiều hoà với tần số f. D. thế năng biến thi n ñiều hoà với tần số ... ðIỀU HOÀ - SỐ 1 1 - ðT: 01689.996.187 Diễn ñàn: http://lophocthem.net - vuhoangbg@gmail.com BỒI DƯỠNG KIẾN THỨC – ÔN, LUYỆN THI ðẠI HỌC VẬT LÝ - CƠ HỌC VẬT RẮN 4 9. Khi một vật rắn ñang ... Cả A, B, C ñều sai. - ðT: 01689.996.187 Diễn ñàn: http://lophocthem.net - vuhoangbg@gmail.com BỒI DƯỠNG KIẾN THỨC – ÔN, LUYỆN THI ðẠI HỌC VẬT LÝ - CƠ HỌC VẬT RẮN 13 51. Ngẫu lực là: A....

... mạch: A. Biến thi n tuần hoàn theo thời gian với chu kì 2T. B. Biến thi n tuần hoàn theo thời gian với chu kì T. C. Biến thi n tuần hoàn theo thời gian với chu kì T/2 D. Không biến thi n điều hoà ... cảm: A. Biến thi n điều hoà theo thời gian với chu kì 2T. B. Biến thi n điều hoà theo thời gian với chu kì T. C. Biến thi n tuần hoàn theo thời gian với chu kì T/2 D. Không biến thi n điều hoà ... biến thi n tuần hoàn theo thời gian nhưng không điều hòa. B. Động năng và thế năng đều biến thi n tuần hoàn theo thời gian với chu kì T. GV: Trần Văn Hậu 0942.48.1600 Trang 5 Chuyên đề luyện thi...

... nhân 23 Thầy Nguyễn Văn Dân Mùa thi 2014 24 * Gọi chu kỳ ban đầu của con lắc là 0  (chu kỳ chạy đúng), Chu kỳ sau khi thay đổi là T (chu kỳ chạy sai). 0  −=∆ : độ biến thi n chu kỳ. + 0∆ ... N|8#"nH@•D&!|#?# + Dùng phương pháp giải toán vecto và hình hoc + Từ đó suy ra đại lượng cần tìm ví dụ góc hợp bởi chiều chuyển động của các hạt so với một ... cc i v in ỏp cc i: 00 x^ = - Liờn h gia in tớch cc i v dũng in cc i: 00 ^z = - Biu thc c lp thi gian gia in tớch v dũng in: 2 2 22 0 )^ += Bi toỏn 25. Quỏ trỡnh bin i nng lng mch dao ng ...

... trỡnh: )s/m)( 3 t10cos(5a 2 += . thi im ban u ( t = 0 s) vt ly A. 5 cm . B. 2,5 cm . C. -5 cm . D. -2,5 cm . Cõu 37. Mt cht im dao ng iu ho cú vn tc bng khụng ti hai thi im liờn tip l t 1 = 2,2 ... Tớnh t thi im ban u ( t o = 0 s) n thi im t 2 cht im ó i qua v trớ cõn bng A. 6 ln . B. 5 ln . C. 4 ln . D. 3 ln . Cõu 38. Vt dao ng iu ho theo hm cosin vi biờn 4 cm v chu k 0,5 s ( ly 2 10p ... Tng quóng ng i c ca vt trong khong thi gian 2,375s k t thi im c chn lm gc l: A. 48cm. B. 50cm. C. 55,76cm. D. 42cm. Cõu 40. Mt vt dao ng iu hũa vi tn s bng 5Hz. Thi gian ngn nht vt i t v trớ cú...

... xuất toán Bấm: SHIFT MODE 1 Màn hình xuất hiện Math. Thực hiện phép tính về số phức Bấm: MODE 2 Màn hình xuất hiện CMPLX Hiển thị dạng toạ độ cực: r Bấm: SHIFT MODE  3 2 Hiển thị số ... ib. Bấm: SHIFT MODE  3 1 Hiển thị số phức dạng: a+bi Chọn đơn vị đo góc là độ (D) Bấm: SHIFT MODE 3 Màn hình hiển thị chữ D Chọn đơn vị đo góc là Rad (R) Bấm: SHIFT MODE 4 Màn hình hiển ... AM AM AM AM u u u u Z Z Z i u u      Dùng máyFx570ES, Cài đặt máy: Bấm MODE 2 xuất hiện: CMPLX bấm: SHIFT MODE 4 xuất hiện: (R) Nhập máy: 200 2 (1 ) (100 100 ) 100 2 4 X i        ...

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 ... tốn SHIFT MODE 1 Math.  MODE 2 CMPLX r (ta hiêu:A) SHIFT MODE  3 2 r ... 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...

... 23 www.VNMATH.com www.VNMATH.com TRẦN ANH TUẤN TRƯỜNG ĐẠI HỌC THƯƠNG MẠI Các chuyên đề LUYỆN THI ĐẠI HỌC HÀ NỘI - 2011 WWW.VNMATH.COM WWW.VNMATH.COM CHUYÊN ĐỀ LUYỆN THI ĐẠI HỌC Bài 2.19 : Cho x, y, z, t > 0 và xyzt = 1. Tìm ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 113 5.8. Hàm số trong các kì thi tuyển sinh ĐH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114 5.9. ... . . . . . . . . . . . . . . . . . . . . . . . 134 6.6. Phương trình mũ và lôgarit trong các kì thi tuyển sinh ĐH . . . . . . . . . . . . . . . . . . . . . . . . . . . 135 6.7. Bài tập tổng hợp...

... thoi tâm O, cạnh a và góc 60BAD . Đoạn 3 4 a SO  và SO vuông góc với mp(ABCD). 1. Dựng thi t diện chóp với mp(P) biết (P) qua AD và vuông góc mp(SBC). 2. Tính góc giữa hai mặt phẳng ... khác 1 2 2 4 2 2 0x x m     có 2 nghiệm phân biệt khác 1 0m b. Với 0m  từ bảng biến thi n ta có tọa độ điểm cực đại: 2 1 , 2 1 1 I I I I m x m y x x       . Biến đổi ta có: ...   có:       33 44 1 1 1 09 4 1 17 f x x xx            Lập bảng biến thi n, nhận xét     1 17 2ff suy ra PT có 2 nghiệm là   1;17x  - Đáp số:   1;17x...

... X là hexapeptit, Ala-Gly-Ala-Val-Gly-Val và Y là tetrapeptit Gly-Ala-Gly-Glu. Thủy phân hoàn toàn m gam hỗn hợp gồm X và Y thu đƣợc 4 amino axit, trong đó có 30 gam glyxin và 28,48 gam alanin. ... là A. 77,6 B. 83,2 C. 87,4 D. 73,4 HƢỚNG DẪN GIẢI Goi x là số mol Ala-Gly-Ala-Val-Gly-Val; y là số mol Gly-Ala-Gly-Glu 2x+2y=30:75=0,4 và 2x+y=28,48:89=0,32 x=0,12 và y=0,08 m=0,12×(75×2+89×2+117×2-18×5)+0,08×(75×2+89+147–3×18)=83,2 ... TÀI LIỆU LUYỆN THI ĐẠI HỌC MÔN HÓA HỌC NĂM 2013-2014 TRUNG TÂM LUYỆN THI ĐẠI HỌC HỒNG PHÚC 56 Nguyên tắc của phƣơng pháp là xem khi chuyển từ chất A thành chất B (không nhất thi t trực tiếp,...