hệ thống lý thuyết toán 7

... 2. HỆ THỐNG KIẾN THỨC LÝ THUYẾT HÓA LÍ DÙNG BỒI DƯỠNG HSG VÀ CHUYÊN HÓA THPT Cơ sở khoa học của việc xây dựng hệ thống kiến thức Hóa lý dùng bồi dưỡng HSG và chuyên hóa THPT:  Hệ thống ... của hệ thống lý thuyết, bài tập và phương pháp đã đề xuất. BỘ GIÁO DỤC VÀ ĐÀO TẠO TRƯỜNG ĐẠI HỌC SƯ PHẠM TP.HỒ CHÍ MINH ________________ Lê Thị Mỹ Trang XÂY DỰNG HỆ THỐNG LÝ THUYẾT, ... Hà Nội.  Hệ thống lý thuyết  xây dựng hệ thống bài tập phần kim loại dùng cho bồi dưỡng học sinh giỏi và chuyên hóa học THPT”  Luận văn Thạc sĩ của Nguyễn Thị Lan Phương (20 07)  ĐHSP Hà...

... quan về hệ thống lý thuyết chương “Kim loại kiềm - Kim loại kiềm thổ - Nhôm” 40 2.4.3. Hệ thống lý thuyết chương “Kim loại kiềm - Kim loại kiềm thổ - Nhôm” 41 2.5. Xây dựng hệ thống bài ... bình - yếu nên nhiều GV chưa xây dựng được hệ thống lý thuyết và bài tập phù hợp với khả năng tư duy của đối tượng HS này. Để có một hệ thống lý thuyết và bài tập phù hợp với đối tượng HS trung ... cứu đề tài: “XÂY DỰNG HỆ THỐNG LÝ THUYẾT VÀ BÀI TẬP CHO HỌC SINH TRUNG BÌNH - YẾU PHẦN KIM LOẠI LỚP 12 CƠ BẢN - THPT”. 2. Mục đích nghiên cứu Xây dựng hệ thống lý thuyết và bài tập phần...

... xuất và các phản ứng hoá học xảy ra (chú ý các nguyên tắc khoa học).5. Tăng cường tổng kết, hệ thống hoá các kiến thức cho học sinh, nhấn mạnh các kiến thức quan trọng mà học sinh hay quên ... ở điện cực? + Bài toán điện phân dựa vào công thức Faraday.chất quan trọng của kim loại kiềm- Vị trí trong bảng tuần hoàn. Cấu hình electron nguyên tử.- Tính chất vật lý: nhiệt độ nóng chảy, ... ion Al3+ trong dung dịchChương 7. Sắt và một số kim loại quan trọng1. Sắt- Vị trí trong trong bảng tuần hoàn. Cấu hình electron nguyên tử.- Tính chất vật lý. - Tính chất hóa học: Tác dụng...

... lượng của rượu etylic và axit axetic trong hỗn hợp đầu là: A. 33, 67% và 66,33% B. 50% và 50% C. 27, 71% và 72 ,29% D. 25,25% và 74 ,75 % BT 126. Thực hiện quá trình lên men giấm 120ml dung dịch rượu ... Phản ứng hidro hóa. 3H2triolein (láng)CH2OCOC 17 H35CH OCOC 17 H35CH2OCOC 17 H35CH2OCOC 17 H33CH OCOC 17 H33CH2OCOC 17 H33Ni, t0, ptristearin (r¾n) F Chỉ số axit: ... axetat có dạng A. [C6H 7 O2(OOC-CH3)3]n B. [C6H 7 O2(OOC-CH3)2OH]n C. [C6H 7 O2(OOC-CH3)(OH)2]n D. [C6H 7 O2(OOC-CH3)3]nvà [C6H 7 O2(OOC-CH3)2OH]n...

... H2 (ktc). Thnh phn % khi lng Fe,Zn trong hp kimln lt l : A. 28,0%; 72 ,0% B. 27, 9%; 72 ,1% C. 27, 5%; 72 ,5% D. 27, 1%, 72 ,9% BT 204. Cho 5,6g Fe vo 200ml dung dch gm AgNO3 0,05M v Cu(NO3)2 ... X là (biết các thể tích khí đo trong cùng điều kiện, cho Na = 23, Al = 27) A. 77 ,31%. B. 39, 87% . C. 29, 87% . D. 49, 87% . BT 65. Hoà tan m gam bột Al vào dd NaOH dư thu được V1 lít H2 ở đktc. ... Nguyễn Đức Trung - 0905 .70 .72 .75 ductrung3012@gmail.com Tác giả Chân thành cảm ơn quý bạn đọc đã tin dùng và chia sẽ kinh nghiệm. 6 F. Bài tập áp dụng BT 1. (20 07) Tổng hệ số (các số nguyên,...

... 2816 17 188 8 855 56 57 5826 26 26 26204 206 2 07 82 82 82) ( 67, 76%); (26,16%); (2,42%); (3,66%)) (99 ,75 7%); (0,039%); (0,204%)) (5,84%); (91,68%); (2, 17% ); (0,31%)) (2,5%); (23 ,7% ); (22,a ... ≤ Z ≤ 7 Kẻ bảng:Z 5 6 7 8N = 21 – 2.Z 11 9 7 5A = Z + N 16 15 14 13Chọn 7 7ZN== → E = 7 và A = 14 (đvC)b. X là Nito : N N ( Z = 7 ): 1s2 2s2 2p3 N ở ô thứ 7 trong ... ≤↔ 21 3.21 3,5ZZ≥≤ ↔ 7 6ZZ≥≤ ↔ 6 ≤ Z ≤ 7 Kẻ bảng:Z 5 6 7 8N = 21 – 2.Z 11 9 7 5A = Z + N 16 15 14 13Chọn 7 7ZN== → E = 7 và A = 14 (đvC)Cách 2:Ta có:...

... 2816 17 188 8 855 56 57 5826 26 26 26204 206 2 07 82 82 82) ( 67, 76%); (26,16%); (2,42%); (3,66%)) (99 ,75 7%); (0,039%); (0,204%)) (5,84%); (91,68%); (2, 17% ); (0,31%)) (2,5%); (23 ,7% ); (22,a ... 7 6ZZ≥≤ ↔ 6 ≤ Z ≤ 7 Kẻ bảng:Z 6 7 N = 21 – 2.Z 9 7 A = Z + N 15 14Chọn 7 7ZN== → E = 7 và A = 14 (đvC)Cách 2:Ta có: Tổng hạt = 21 → 21 213,5 3Z≤ ≤ ↔ 6 ≤ Z ≤ 7 Kẻ ... ≤ Z ≤ 7 Kẻ bảng:Z 6 7 N = 21 – 2.Z 9 7 A = Z + N 15 14Chọn 7 7ZN== → E = 7 và A = 14 (đvC)b. X là Nito : N N ( Z = 7 ): 1s2 2s2 2p3 N ở ô thứ 7 trong bảng tuần hoàn...

... tớn hiu thu c ngi ta dựng cỏc mch khuch i. + Sơ đồ khối của một hệ thống phát thanh và thu thanh dùng sóng điện từ: a) Hệ thống phát thanh: ống nói: biến âm thanh thành dao động điện âm ... SMax; SMin tính nh trên. ( Nu bƠi toán nói thi gian nh nht đi đc quƣng đng S thì ta vn dùng các công thc trên đ lƠm vi S = Smax; Nu bƠi toán nói thi gian ln nht đi đc quƣng ... dđct biến điệu đ- a ra anten phát Anten phát: phát xạ sóng cao tần biến điệu ra không gian b) Hệ thống thu thanh: Anten thu: cảm ứng với nhiều sóng điện từ Chọn sóng: chọn lọc sóng muốn thu...

... sóng nhỏ hơn LUYỆN THI ĐẠI HỌC MÔN VẬT LÝ Email: Jackie9x.spb@gmail.com  1 HỆ THỐNG LÝ THUYẾT VÀ CÁC DẠNG BÀI TẬP VẬT LÝ LTĐH * Tóm tắt lý thuyết * Công thức tính nhanh * Các dạng ... VẬT LÝ Email: Jackie9x.spb@gmail.com  9xem trục quay của vật rắn có đi qua trọng tâm không nếu không đi qua trọng tâm thì phải dùng định lý Huyghen Stener để tính I. DẠNG 7: BÀI TOÁN ... P = UIcos = I2R. + Hệ số công suất: cos = ZR. + Ý nghĩa của hệ số công suất cos: Công suất hao phí trên đường dây tải: Php = rI2 = 222cosUrP. Nếu hệ số công suất cos nhỏ...

... src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAABJAAAAX8CAIAAAD18+brAAAACXBIWXMAABYlAAAWJQFJUiTwAAAgAElEQVR42uzdX4hc1eHA8TM/1pemFLFErjSlqaSilo6WRsQkosFZpSagRVmYJAihDSiaKeJTLCSZEAJ92JZk/QcWBHF2aSCUQlbRbGjE3ZSQFO0sarDirpjisAOlyE5fdmB/D+eX87ve2U1Xm5pN/Hwe6u6dmTv33m6hX8+554YAAAAAAAAALF0p/mN+ft61AAAAWEa1Vir15X9xRQAAAC65NKL2P64FAADA8tS3WMkBAADw1ctPfjTCBgAAsEwJNgAAgGWqzyVYnjqdzjvvvPP222+fPHkyhLBy5crBwcG+vr6lf3xwcPDs2bOPP /74 +vXrXU8AALgc/f+y/nGi5JV0D9szzzyzc+fOpb+/2Wz+6Ec/uoQH3G63jx07durUqcOHD7darcKrMzMzK1euXMp+JiYmHn744bSHcrl88uTJFStW+HMHAIDLINJKpdhlpXQ32xUZbPl79SqVymK1MzIyEn9oNBpbtmy5VEfb6XTWrFkTKyvLso0bN27evHndunWrVq36yU9+0mw2l/5fzXXXXRdCGBwc7O/v 379 //6FDh+r1+u7du/3pAwCAYFsu8iNsCxbL9PT0Aw880Gw2Y9G99tprS59zeNENDw9v3bo1hFAul//yl7+kI+l2u1dddVW1Wh0eHl7KfiYnJ8vlcv58Y799+umn/vQBAODyCrYredGRJ554Yn5+fnZ2tlwu79mzp9vt5l/tdrux1ur1erPZPHbs2CWstRDCwMBAvV4vl8vNZvONN95I299///0QwubNm5e4nz/84Q8hhJ/97Gdpy2OPPdZqtSYnJ/3pAwDA5eXKXyVyxYoVO3bsCCGcO3cuv/2NN96ItbZ79+5Le+ta1NfXt3v37j/+8Y8hhI8++ihtj6G19CM8e/ZsCOH6669PW6655poQwmeffebPHQAABNvl4be//W0I4emnn16GxxYTKzp69GgI4aabblriZ7dt2xZCePPNN9OWGIG33367P3cAABBsy05cGX/VqlVpS6fTGRsbq1Qql3Ya5GKHmh9PGxkZKZfLSz/Ou+66K4Swa9euTqcTQpienl6eZwoAAAi2hZvnnXfeCSFs 375 9uR3qqVOnQghZlsVfp6enQwgPPfTQ0vewYsWKWq3WbDa/+c1v9vf3f/ /73 w8h/OY3v/G3DgAAgm3ZabfbIYS 777 47v/H48eMhhHXr1i23oz1x4kQIIT2B4L333gshrF 279 gvt5ODBg41GI8uysbGxarU6NTW1HG7SAwAAvqgrf5rc6dOnQwj33XdffuNbb70VQli9evWyOtROp9NsNqvVatry+uuvhxBuu+22L7qrLVu2DAwMnDt3brmdIwAAsHRX/gjbmTNnQgg333xz2tLtduNtXcvtUOPikPkV/E+cOJFl2WKP/P43Ld7Xp9YAAECwLWtHjhwJnx9Mi+v7P/DAA8vtUOPSjmn6Yhxw27hxoz9TAAD4errCp0R2u93CJMNwfiXGH//4xxf+bLvdPn369CuvvLJu3brt27evWLEi7TM90m3VqlX/dvXFdrv9wQcfHD9+/OzZs+vWrbv++uvvvffeBT8VDyyt4N 874 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 77/ qaeeGhsbq9frx44d 279 /f6vVajQa+TpKi5ccPXo0hHD99dcvNkBXr9f//Oc/Hzp0KMuy8fHx3bt3X3PNNSGEeHtYCGHv3r35D8YV/G+44YbCgFtfX99f//rXmZmZcrl86NChbrfb39+/c+fOcrncaDTm5uZuvPHGoaGhcrncarUGBwcvfPrJxMTEhg0b8lM96/V6o9FotVrxEvX19cUHcMcH2QEAAEbYLqapqanYIfmN6caw3vfHMa44qBU/G8eX4szDwrhclmW9o09pbK1arc7Pz8efR0dH40tZlmVZFse74kv5AbH4avo1juClAbc4MBgPLx1kb4jH 773 A6RfG1sbHx+MXxVOLPxdGERe8VgAAgBG2/8h 777 0XQrjnnnvyG+ONYb0PKGu325s2bcqybHh4uK+v7+mnn05vjhMjK5VKGr9qt9utVuvuu+8u7OSFF16IT3h7+eWXJyYmxsbGqtXq/fffH0J44403Wq3Wr 371 qzjeFZ8L969//St+sNPptFqtgYGBtKtTp06FEG699db464MPPhh/SAOAhXGzbre74OmvXbu2sH1ycjKOrY2Pj99+++1PPfVUlmUHDhxIw4ZpScnCrwAAgBG2iybePzYzM1Oo1fxKjEm83SuOaMXhrPS23tve4lhcHDorjGiVy+U49hVvPEtjaIUhtcIAXRzyyi/nmB9wy68SueCIWfr2oaGhC59+HOhLZxrH0NL3Fkb5gnvYAADACNt/yYkTJ7Isyw8QxRvDeh+ZPT09PTIyUq1W169fH0J46aWXQu4es3gTV/62tzNnzqRRsiQOyj333HN9fX2Tk5PNZrNer6e1KPOHMTk52Wq1HnroobTl7bffDiGk5RzzA27Dw8NplchKpRK/ZbHhxPw9dSdOnOgdHzt8+HCr1arX6/FMf/3rX6cLEr80Pac7nnX+IAEAgK/YFRtsnU6n2Wym/IgWe2R2rKDHH388/vriiy/mC+3vf/ 974 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 374 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 678 f6xcP6hZOH8aiUht75IfifpZrAofkUcdlssNfMHVthhWuK/r6+vMAcyLiMZ52Tu27evv78/fnUh+T766KMQwubNm7vd7quvvpoOb+lJ2e12JyYm4lAhAAAg2L6wuFjI4ODgihUrVq9eXavVms1mjJOXXnopfP4GtrguyJNPPlnYyT/+8Y/ClpmZmWuvvTaEMD09HYfX8u2XWmhycvK666 575 pln4kfye4hdFJ983evVV1+96qqrfvnLXxZ2mN6QX+K/MAcyhuWZM2fisY2Nje3fv/8Cj8w+cODApk2b7rnnnk8//TQsdFvdYlX5yCOPbNiwYc2aNfm2BAAABNuS9C4W8u1vfztuTy+lwbRut/vzn/88LPQk 67/ 97W/h80NPsZEmJyfvuOOOtDGt3hEfd/a 973 3v3nvvbbVaO3fu7Ha7cYHH/HhUuVweGxvrHaHat2/fpk2bQgiHDh2Kr6a4Su/505/+lO6+K8yBjPeYHTlyZMeOHXHLwMBAfGR2PvniGF2WZTE42+32t 771 rXB+6mbaVZZlcWiu9yBHRkZCCGnhEwAAQLB9Ab2LhTz//PNZlq1evTo+HTv/0uHDh1utVr1e 771 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 ... src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAABJAAAAX8CAIAAAD18+brAAAACXBIWXMAABYlAAAWJQFJUiTwAAAgAElEQVR42uzdX4hc1eHA8TM/1pemFLFErjSlqaSilo6WRsQkosFZpSagRVmYJAihDSiaKeJTLCSZEAJ92JZk/QcWBHF2aSCUQlbRbGjE3ZSQFO0sarDirpjisAOlyE5fdmB/D+eX87ve2U1Xm5pN/Hwe6u6dmTv33m6hX8+554YAAAAAAAAALF0p/mN+ft61AAAAWEa1Vir15X9xRQAAAC65NKL2P64FAADA8tS3WMkBAADw1ctPfjTCBgAAsEwJNgAAgGWqzyVYnjqdzjvvvPP222+fPHkyhLBy5crBwcG+vr6lf3xwcPDs2bOPP /74 +vXrXU8AALgc/f+y/nGi5JV0D9szzzyzc+fOpb+/2Wz+6Ec/uoQH3G63jx07durUqcOHD7darcKrMzMzK1euXMp+JiYmHn744bSHcrl88uTJFStW+HMHAIDLINJKpdhlpXQ32xUZbPl79SqVymK1MzIyEn9oNBpbtmy5VEfb6XTWrFkTKyvLso0bN27evHndunWrVq36yU9+0mw2l/5fzXXXXRdCGBwc7O/v 379 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 375 9uR3qqVOnQghZlsVfp6enQwgPPfTQ0vewYsWKWq3WbDa/+c1v9vf3f/ /73 w8h/OY3v/G3DgAAgm3ZabfbIYS 777 47v/H48eMhhHXr1i23oz1x4kQIIT2B4L333gshrF 279 gvt5ODBg41GI8uysbGxarU6NTW1HG7SAwAAvqgrf5rc6dOnQwj33XdffuNbb70VQli9evWyOtROp9NsNqvVatry+uuvhxBuu+22L7qrLVu2DAwMnDt3brmdIwAAsHRX/gjbmTNnQgg333xz2tLtduNtXcvtUOPikPkV/E+cOJFl2WKP/P43Ld7Xp9YAAECwLWtHjhwJnx9Mi+v7P/DAA8vtUOPSjmn6Yhxw27hxoz9TAAD4errCp0R2u93CJMNwfiXGH//4xxf+bLvdPn369CuvvLJu3brt27evWLEi7TM90m3VqlX/dvXFdrv9wQcfHD9+/OzZs+vWrbv++uvvvffeBT8VDyyt4N 874 LZE8cjPnDkTn8l28ODBpYzRxeN8++23T548WThlAADgUpqfn08/XEmazWYIodFo5DfWarUQwuzs7AU+WK/XC5dodHS0dxZlrVa7wE6mpqYWnHiZZVmz2ex9fwihUqmkX4eGhkIIU1NTvQeTNz4+Pjc312w2h4aGCmkaFU5/weMsl8u9H6xWq3Nzc/MAAMBXKHXZlT/CNjk5GT7/WLMQwuHDh7MsW2z4qNvt/vSnPx0bGyuXyzt27HjxxRdj9W3atCkG1cqVKzdv3vzhhx/u2bPnBz/4wWI7eeGFF3bu3Nn7UqVSGRsbu/feez/55JP8OFtcwf/OO+9MW+IDr0MIe/bsSQWVXn333XfjgR0/fnzv3r1jY2Nxe7lcfuihh9auXXvzzTcfPXp0586dF1gMs9Pp7NixY2RkJG0ZGhravn37O++8s3fv3pGRkXXr1j3xxBP+jQYAABhhu/hi4eSHiWZnZy8wMjY3NxfHxCqVyszMTHoeWjI1NRXf2Wg0QggLDpSlnWRZFkfzQgj1ej2OmFWr1fjD+Ph4/lOjo6OFjfEw5ubm0vBXOuy4h+j9999PA3eFYcPe088bHx9fcPQv7mRubi7mn3/DAQAAl2qE7QpfdGSxR2bffvvtC 77/ qaeeGhsbq9frx44d 279 /f6vVajQa+TpKi5ccPXo0hHD99dcvNkBXr9f//Oc/Hzp0KMuy8fHx3bt3X3PNNSGEeHtYCGHv3r35D8YV/G+44YbCgFtfX99f//rXmZmZcrl86NChbrfb39+/c+fOcrncaDTm5uZuvPHGoaGhcrncarUGBwcvfPrJxMTEhg0b8lM96/V6o9FotVrxEvX19cUHcMcH2QEAAEbYLqapqanYIfmN6caw3vfHMa44qBU/G8eX4szDwrhclmW9o09pbK1arc7Pz8efR0dH40tZlmVZFse74kv5AbH4avo1juClAbc4MBgPLx1kb4jH 773 A6RfG1sbHx+MXxVOLPxdGERe8VgAAgBG2/8h 777 0XQrjnnnvyG+ONYb0PKGu325s2bcqybHh4uK+v7+mnn05vjhMjK5VKGr9qt9utVuvuu+8u7OSFF16IT3h7+eWXJyYmxsbGqtXq/fffH0J44403Wq3Wr 371 qzjeFZ8L969//St+sNPptFqtgYGBtKtTp06FEG699db464MPPhh/SAOAhXGzbre74OmvXbu2sH1ycjKOrY2Pj99+++1PPfVUlmUHDhxIw4ZpScnCrwAAgBG2iybePzYzM1Oo1fxKjEm83SuOaMXhrPS23tve4lhcHDorjGiVy+U49hVvPEtjaIUhtcIAXRzyyi/nmB9wy68SueCIWfr2oaGhC59+HOhLZxrH0NL3Fkb5gnvYAADACNt/yYkTJ7Isyw8QxRvDeh+ZPT09PTIyUq1W169fH0J46aWXQu4es3gTV/62tzNnzqRRsiQOyj333HN9fX2Tk5PNZrNer6e1KPOHMTk52Wq1HnroobTl7bffDiGk5RzzA27Dw8NplchKpRK/ZbHhxPw9dSdOnOgdHzt8+HCr1arX6/FMf/3rX6cLEr80Pac7nnX+IAEAgK/YFRtsnU6n2Wym/IgWe2R2rKDHH388/vriiy/mC+3vf/ 974 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 374 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 678 f6xcP6hZOH8aiUht75IfifpZrAofkUcdlssNfMHVthhWuK/r6+vMAcyLiMZ52Tu27evv78/fnUh+T766KMQwubNm7vd7quvvpoOb+lJ2e12JyYm4lAhAAAg2L6wuFjI4ODgihUrVq9eXavVms1mjJOXXnopfP4GtrguyJNPPlnYyT/+8Y/ClpmZmWuvvTaEMD09HYfX8u2XWmhycvK666 575 pln4kfye4hdFJ983evVV1+96qqrfvnLXxZ2mN6QX+K/MAcyhuWZM2fisY2Nje3fv/8Cj8w+cODApk2b7rnnnk8//TQsdFvdYlX5yCOPbNiwYc2aNfm2BAAABNuS9C4W8u1vfztuTy+lwbRut/vzn/88LPQk 67/ 97W/h80NPsZEmJyfvuOOOtDGt3hEfd/a 973 3v3nvvbbVaO3fu7Ha7cYHH/HhUuVweGxvrHaHat2/fpk2bQgiHDh2Kr6a4Su/505/+lO6+K8yBjPeYHTlyZMeOHXHLwMBAfGR2PvniGF2WZTE42+32t 771 rXB+6mbaVZZlcWiu9yBHRkZCCGnhEwAAQLB9Ab2LhTz//PNZlq1evTo+HTv/0uHDh1utVr1e 771 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 ... src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAABJAAAAX8CAIAAAD18+brAAAACXBIWXMAABYlAAAWJQFJUiTwAAAgAElEQVR42uzdX4hc1eHA8TM/1pemFLFErjSlqaSilo6WRsQkosFZpSagRVmYJAihDSiaKeJTLCSZEAJ92JZk/QcWBHF2aSCUQlbRbGjE3ZSQFO0sarDirpjisAOlyE5fdmB/D+eX87ve2U1Xm5pN/Hwe6u6dmTv33m6hX8+554YAAAAAAAAALF0p/mN+ft61AAAAWEa1Vir15X9xRQAAAC65NKL2P64FAADA8tS3WMkBAADw1ctPfjTCBgAAsEwJNgAAgGWqzyVYnjqdzjvvvPP222+fPHkyhLBy5crBwcG+vr6lf3xwcPDs2bOPP /74 +vXrXU8AALgc/f+y/nGi5JV0D9szzzyzc+fOpb+/2Wz+6Ec/uoQH3G63jx07durUqcOHD7darcKrMzMzK1euXMp+JiYmHn744bSHcrl88uTJFStW+HMHAIDLINJKpdhlpXQ32xUZbPl79SqVymK1MzIyEn9oNBpbtmy5VEfb6XTWrFkTKyvLso0bN27evHndunWrVq36yU9+0mw2l/5fzXXXXRdCGBwc7O/v 379 //6FDh+r1+u7du/3pAwCAYFsu8iNsCxbL9PT0Aw880Gw2Y9G99tprS59zeNENDw9v3bo1hFAul//yl7+kI+l2u1dddVW1Wh0eHl7KfiYnJ8vlcv58Y799+umn/vQBAODyCrYredGRJ554Yn5+fnZ2tlwu79mzp9vt5l/tdrux1ur1erPZPHbs2CWstRDCwMBAvV4vl8vNZvONN95I299///0QwubNm5e4nz/84Q8hhJ/97Gdpy2OPPdZqtSYnJ/3pAwDA5eXKXyVyxYoVO3bsCCGcO3cuv/2NN96ItbZ79+5Le+ta1NfXt3v37j/+8Y8hhI8++ihtj6G19CM8e/ZsCOH6669PW6655poQwmeffebPHQAABNvl4be//W0I4emnn16GxxYTKzp69GgI4aabblriZ7dt2xZCePPNN9OWGIG33367P3cAABBsy05cGX/VqlVpS6fTGRsbq1Qql3Ya5GKHmh9PGxkZKZfLSz/Ou+66K4Swa9euTqcTQpienl6eZwoAAAi2hZvnnXfeCSFs 375 9uR3qqVOnQghZlsVfp6enQwgPPfTQ0vewYsWKWq3WbDa/+c1v9vf3f/ /73 w8h/OY3v/G3DgAAgm3ZabfbIYS 777 47v/H48eMhhHXr1i23oz1x4kQIIT2B4L333gshrF 279 gvt5ODBg41GI8uysbGxarU6NTW1HG7SAwAAvqgrf5rc6dOnQwj33XdffuNbb70VQli9evWyOtROp9NsNqvVatry+uuvhxBuu+22L7qrLVu2DAwMnDt3brmdIwAAsHRX/gjbmTNnQgg333xz2tLtduNtXcvtUOPikPkV/E+cOJFl2WKP/P43Ld7Xp9YAAECwLWtHjhwJnx9Mi+v7P/DAA8vtUOPSjmn6Yhxw27hxoz9TAAD4errCp0R2u93CJMNwfiXGH//4xxf+bLvdPn369CuvvLJu3brt27evWLEi7TM90m3VqlX/dvXFdrv9wQcfHD9+/OzZs+vWrbv++uvvvffeBT8VDyyt4N 874 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 77/ qaeeGhsbq9frx44d 279 /f6vVajQa+TpKi5ccPXo0hHD99dcvNkBXr9f//Oc/Hzp0KMuy8fHx3bt3X3PNNSGEeHtYCGHv3r35D8YV/G+44YbCgFtfX99f//rXmZmZcrl86NChbrfb39+/c+fOcrncaDTm5uZuvPHGoaGhcrncarUGBwcvfPrJxMTEhg0b8lM96/V6o9FotVrxEvX19cUHcMcH2QEAAEbYLqapqanYIfmN6caw3vfHMa44qBU/G8eX4szDwrhclmW9o09pbK1arc7Pz8efR0dH40tZlmVZFse74kv5AbH4avo1juClAbc4MBgPLx1kb4jH 773 A6RfG1sbHx+MXxVOLPxdGERe8VgAAgBG2/8h 777 0XQrjnnnvyG+ONYb0PKGu325s2bcqybHh4uK+v7+mnn05vjhMjK5VKGr9qt9utVuvuu+8u7OSFF16IT3h7+eWXJyYmxsbGqtXq/fffH0J44403Wq3Wr 371 qzjeFZ8L969//St+sNPptFqtgYGBtKtTp06FEG699db464MPPhh/SAOAhXGzbre74OmvXbu2sH1ycjKOrY2Pj99+++1PPfVUlmUHDhxIw4ZpScnCrwAAgBG2iybePzYzM1Oo1fxKjEm83SuOaMXhrPS23tve4lhcHDorjGiVy+U49hVvPEtjaIUhtcIAXRzyyi/nmB9wy68SueCIWfr2oaGhC59+HOhLZxrH0NL3Fkb5gnvYAADACNt/yYkTJ7Isyw8QxRvDeh+ZPT09PTIyUq1W169fH0J46aWXQu4es3gTV/62tzNnzqRRsiQOyj333HN9fX2Tk5PNZrNer6e1KPOHMTk52Wq1HnroobTl7bffDiGk5RzzA27Dw8NplchKpRK/ZbHhxPw9dSdOnOgdHzt8+HCr1arX6/FMf/3rX6cLEr80Pac7nnX+IAEAgK/YFRtsnU6n2Wym/IgWe2R2rKDHH388/vriiy/mC+3vf/ 974 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 374 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 678 f6xcP6hZOH8aiUht75IfifpZrAofkUcdlssNfMHVthhWuK/r6+vMAcyLiMZ52Tu27evv78/fnUh+T766KMQwubNm7vd7quvvpoOb+lJ2e12JyYm4lAhAAAg2L6wuFjI4ODgihUrVq9eXavVms1mjJOXXnopfP4GtrguyJNPPlnYyT/+8Y/ClpmZmWuvvTaEMD09HYfX8u2XWmhycvK666 575 pln4kfye4hdFJ983evVV1+96qqrfvnLXxZ2mN6QX+K/MAcyhuWZM2fisY2Nje3fv/8Cj8w+cODApk2b7rnnnk8//TQsdFvdYlX5yCOPbNiwYc2aNfm2BAAABNuS9C4W8u1vfztuTy+lwbRut/vzn/88LPQk 67/ 97W/h80NPsZEmJyfvuOOOtDGt3hEfd/a 973 3v3nvvbbVaO3fu7Ha7cYHH/HhUuVweGxvrHaHat2/fpk2bQgiHDh2Kr6a4Su/505/+lO6+K8yBjPeYHTlyZMeOHXHLwMBAfGR2PvniGF2WZTE42+32t 771 rXB+6mbaVZZlcWiu9yBHRkZCCGnhEwAAQLB9Ab2LhTz//PNZlq1evTo+HTv/0uHDh1utVr1e 771 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...

... ĐẠI HỌC KINH TẾ − LUẬTMÔN LỊCH SỬ CÁC HỌC THUYẾT KINH TẾNăm học: 2012 − 2013Năm học: 2012 − 2013ĐỀ TÀIHỆ THỐNG LÝ THUYẾT PHÂN PHỐII. LÝ THUYẾT PHÂN PHỐI CỦA ADAM SMITH.A. Smith đã ... với năng lựccận biên của mình. Nó đối đầu với lý luận phân phối của Karl Marx và cho rằng tất9ĐỀ TÀILỊCH SỬ HỌC THUYẾT KINH TẾHỆ THỐNG LÝ THUYẾT PHÂN PHỐILỚP K11403Giảng viên: TS Nguyễn ... cũng phải nộp tô, đây là mầm mống của lý luận địa tô tuyệt đối mà trướcông không 1 tác giả nào thấy được, kể cả Ricardo.V. LÝ THUYẾT PHÂN PHỐI CỦA KARL MARX. 7 Tuy nhiên, A.dam Smith không hiểu...

... rỏ của mắt. LUYỆN THI ĐẠI HỌC MÔN VẬT LÝ Email: Duclongtn95@gmail.com 1 HỆ THỐNG LÝ THUYẾT VÀ CÁC DẠNG BÀI TẬP VẬT LÝ 11 * Tóm tắt lý thuyết * Công thức tính nhanh * Các dạng ... lực điện: A = qEd = q.U Công của lực ngoài A’ = A. Định lý động năng: Biểu thức hiệu điện thế: qAUMNMN Hệ thức liên hệ giữa cường độ điện trường hiệu điện thế trong điện trường ... Có chiều xác định theo qui tắc nắm tay phải hoặc vào Nam ra Bắc; Có độ lớn: B = 4.10 -7 lNI = 4.10 -7 nI. -Nguyên lí chồng chất của từ trường ( từ trường của nhiều dòng điện): nBBBB...

... nuclôn: prôtôn, kí hiệu p, khối lượng mp = 1, 672 62.10- 27 kg, mang điện tích nguyên tố dương +e, và nơtron kí hiệu n, khối lượng mn = 1, 674 93.10- 27 kg, không mang điện. Prôtôn chính là hạt ... VẬT LÝ Email: Duclongtn95@gmail.com 27 Nguồn phát chuyển động lại gần nguồn thì lấy dấu “-” trước vS, ra xa thì lấy dấu “+“. CHƯƠNG IV: DAO ĐỘNG VÀ SÓNG ĐIỆN TỪ A. TÓM TẮT LÝ THUYẾT ... f0, 0, T0 là tần số, tần số góc, chu kỳ của lực cưỡng bức và của hệ dao động. CHƯƠNG III: SĨNG CƠ A. TĨM TẮT LÝ THUYẾT * Sóng cơ: Sóng cơ là dao động cơ lan truyền trong mơi trường...