ĐỀ ÔN THI VẬT LÍ 12 - Trường THPT Nguyến Du pot

... src="data:image/png;base64,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 ... src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAzkAAAUqCAIAAABN4i1BAAAACXBIWXMAABYlAAAWJQFJUiTwAAAgAElEQVR42u3df2jU9/3A8ffny5VtvSh1mLSbVi86snYks53SDeOPtWq71qpocbWOlZWtoC30jxWEjZVt/lO2UToH/Wdu3XBVbEQzHRbLVBpNLILWLrpZ/1CvYJh6rFLIlY4efL5/5Itkdd9cTC65910ej79K7kNKXrmcz3vd5z6XpGkaAKh9SZIYQjz880ql/I8RAABoNQAAblpiSQsAEC17NQAArQYAgFYDANBqAABoNQAArQYAgFYDAECrAQBoNQAAtBoAgFYDAECrAQCg1QAAtBoAAFoNAECrAQCg1QAA0GoAAFoNAACtBgCg1QAA0GoAAGg1AACtBgCAVgMA0GoAAGg1AAC0GgCAVgMAQKsBAGg1AAC0GgAAWg0AQKsBAKDVAAC0GgAAWg0AAK0GAKDVAADQagAAWg1g1E6fPp0Mz44dO4wLQKsB46qzs3OYR86fP9+4AAZL0jQ1BWBMtbW1LVq06JVXXjEKAK0GxKVUKt1yyy1dXV2LFi0yDYCb5TVQYGydPXs2hDB37lyjANBqQHQ6OzunTZuWzWaNAkCrAdHZtWvXk08+aQ4AI+N8NWAMDZysdurUqXvuucc0AEbAXg0YQ2fOnAkhtLa2GgWAVgOis3Xr1tbW1kwmYxQAWg2Izt69e9euXWsOACPmfDVgrBSLxYaGht7e3ra2NtMAGBl7NWCsnDx5MoRw9913GwWAVgOi8/rrrztZDUCrAVVWKpV6enpu/LqT1QC0GlDlSvvFL37xuc99bsGCBadPnx58U7FY7OvrW716tSkBaDWgOtatW7d9+/ann346hLBs2bJSqXT9JierRWjz5s3JzSsWi0YHVeR9oMBolUqltra2995777nnntuyZcvAF5999tljx46dOnXKfAC0GlBl+Xy+ubk5hHD9Ch133HHHz372sw0bNhgOwGh4DRSogFwuN7BRe/DBB0ulUrFYvHLlyre+9S2TARglezWgMkql0l133XX+/Pnnnntu5cqVS5cu9fACoNWAiFx/JfTzn/98W1vbW2+9ZSYAo+Q1UKBicrnciy++GEL44IMP1q1bZyAAo2evBlTYXXfdde7cuYsXL+ZyOdMAGCWf/QJU2PHjx48ePSrUACrCXg0AIF7OVwMA0GoAAGg1AACtBgCAVgMA0GoAAGg1AAC0GgCAVgMAQKsBAGg1AAC0GgAAWg0AQKsBAKDVAAC0GgAAWg0AAK0GAKDVAADQagAAWg0AAK0GAIBWAwDQagAAaDUAgIklGc5BaZqaFADA+LNXAwCIV2JnBgAQLXs1AACtBgCAVgMA0GoAAGg1AACtBgCAVgMAQKsBAGg1AAC0GgCAVgMAQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AAK0GAKDVAADQagAAaDUAAK0GAIBWAwDQagAAaDUAALQaAIBWAwBAqwEAaDUAALQaMJZ6enqSm9fT02N0AJFI0jQ1BQCAONmrAQBoNQAAtBoAgFYDAECrAQBoNQAAtBoAAFoNAECrAQCg1QAAtBoAAFoNAACtBgCg1QAA0GoAAFoNAACtBgCAVgMA0GoAAGg1AACtBgCAVgMAQKsBAGg1AAC0GgCAVgMAQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AAK0GAKDVAADQagAAaDUAAK0GAIBWAwDQagAAaDUAALQaAIBWAwBAqwEAaDUAALQaAABaDQBAqwEAoNUAALQaAABaDQAArQYAoNUAANBqAABaDQAArQYAgFYDANBqAACMVKZS3yhJkqEPSNPUuKkJZe/M7tLUzZ3Z3Rh/F/H/adirAQBEHJeeVAEARMteDQBAqwEAoNUAALQaAABaDQBAqwEAoNUAANBqAABaDQAArQYAoNUAANBqAABoNQAArQYAgFYDANBqAABoNQAAtBoAgFYDAECrAQBoNQAAtBoAAFoNAECrAQCg1QAAtBoAAFoNAACtBgCg1QAA0GoAAFoNAACtBgCAVgMA0GoAAGg1AACtBgCAVgMAQKsBAGg1AAC0GgCAVgMAQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AgNHKlD0iSZKyx6RpapQAABVnrwYAEK/ESgwAIFr2agAAWg0AAK0GAKDVAADQagAAWg0AAK0GAIBWAwDQagAAaDUAAK0GAIBWAwBAqwEAaDUAALQaAIBWAwBAqwEAoNUAALQaAABaDQBAqwEAoNUAACgvU6lvlCTJ0AekaWrc1ISyd2Z3aermzuxujL+L+P807NUAAOKl1QAA4pVYgAMARMteDQBAqwEAoNUAALQaAABaDQBAqwEAoNUAANBqAABaDQAArQYAoNUAANBqAABoNQAArQYAgFYDANBqAABoNQAAtBoAgFYDAECrAQBoNQAAtBoAAOVlyh6RJEnZY9I0NUoAgIqzVwMA0GoAANy8xMuXAADRslcDANBqAABoNQAArQYAgFYDANBqAABoNQAAtBoAgFYDAECrAQBoNQAAtBoAAFoNAECrAQCg1QAAtBoAAFoNAACtBgCg1QAA0GoAAFoNAACtBgBAeZlKfaMkSYY+IE1T46YmlL0zu0vjj8LfAozbvzj2agAA8dJqAADxSuyuAQCiZa8GAKDVAADQagAAWg0AAK0GAKDVAADQagAAaDUAAK0GAIBWAwDQagAAaDUAALQaAIBWAwBAqwEAaDUAALQaAABaDQBAqwEAoNUAALQaAABaDQCA8jJlj0iSpOwxaZoaJQBAxdmrAQBoNQAAbl7i5UsAgGjZqwEAaDUAALQaAIBWAwBAqwEAaDUAALQaAABaDQBAqwEAoNUAALQaAABaDQAArQYAoNUAANBqAABaDQAArQYAgFYDANBqAABoNQAArQYAgFYDAECrAQBoNQAAtBoAgFYDAECrAQCg1QAAtBoAAFoNAECrAQCg1QAA0GoAAFoNAACtBgCg1QAA0GoAAGg1AACtBgCAVgMA0GoAAGg1AAC0GgCAVgMAQKsBAGg1AAC0GgAAWg0AQKsBAKDVAAC0GgAAWg0AAK0GAKDVAADQagAAWg0AAK0GAIBWAwDQagAAaDUAAK0GAIBWAwBAqwEAaDUAALQaAIBWAwBAqwEAaDUAALQaAABaDQBAqwEAoNUAALQaAABaDQAArQYAoNUAANBqAABaDQAArQYAgFYDANBqAABoNQAArQYAgFYDAECrAQBoNQAAtBoAgFYDAECrAQBQTqZS3yhJkqEPSNPUuKkJZe/M7tLUzZ3Z3RgPzvGzVwMAiDhSPakCAIiWvRoAgFYDAECrAQBoNQAAtBoAgFYDAECrAQCg1QAAtBoAAFoNAECrAQCg1QAAGL6MEQDABHH+/Pkf/ehHmUyZf/137NhhVvFI0jQ1BQCYCH784x+/+OKLZQ/TBlHxGigATBR79uz5+c9/npZjUFGxVwOACaFUKt1yyy29vb1tbW2mUUPs1QBgQjhz5kwI4e677zYKrQYARKejo6O1tbXsGwvQagBAFezZs2ft2rXmUHOcrwYA9c/JarXLXg0A6p+T1bQaABCvrVu3OllNqwEAkdq7d6+T1WqU89UAoM4Vi8WGhgYnq9UoezUAqHMnT54MTlbTagBAnF5//XUnq2k1AKD6isXijV90sppWAwCq7P333//qV786a9asT+VasVjs6+tbvXq1EWk1AKA6Nm3a1NLS0tDQcPXq1aeffnrwTU5Wq3XeBwoANe8f//hHS0vLtWvXmpqaQgj79+9/5JFHBm569tlnjxw5cvr0aVOqUfZqAFDzvvKVr2QymcbGxm3btoUQvv/9719/JdTJaloNAIjFd7/73W984xuXL18eeCXUyWp1wGugAFBXCoXCwCuhvb29165dW7x48SeffOKCHbXLXg0A6kpjY+Orr74aQnjwwQd/+9vfurKaVgMA4vLUU0+1trZevnx5+/btTlardV4DBYA6NPiVUB8DWtPs1QCgDg28EvrlL3/ZldVqnb0aAEC87NUAALQaAABaDQBAqwEAoNUAALQaADB2Nm/enNSg65/+TnW5ZgcAQLzs1QAAtBoAAFoNAECrAQCg1QAAtBoAAFoNAACtBgCg1QAA0GoAAFoNAACtBgCAVgMA0GoAAGg1AACtBgCAVgMAQKsBAGg1AAC0GgCAVgMAQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AgErLlD0iSZKyx6RpapQAABVnrwYAEK/ESgwAIFr2agAAWg0AAK0GAKDVAADQagAAWg0AAK0GAIBWAwDQagAAaDUAAK0GAIBWAwBAqwEAaDUAALQaAIBWAwBAqwEAoNUAALQaAABaDQBAqwEAoNUAANBqAABaDQAArQYAoNUAANBqAABoNQAArQYAgFYDANBqAABoNQAAtBoAgFarGZs3b05qwZw5c9xHAWAiS9I0NQUAgDh5DRQAQKsxyPe+973hvABqUACA10CrYNKkSU888cQ3v/nNIY6ZOXNme3u7WQGAVtNq46pQKDQ1NV29erWxsdE0AICheQ10vB09erShoUGoAQBaLUY7d+58+OGHzQEA0Gox2r9//7p168wBABgO56uNKyerAQA3xV5tXB08eNDJagCAVouUk9UAAK0Wr4MHDzpZDQAYPuerjR8nqwEAN8tebfzs3r3byWoAgFaLlJPVAICblTGCcdPV1bV7925zAACGz16t8kqlUrFY/NQX8/l8CGHhwoXmAwBotapV2qZNmyZNmrRq1apP3XTgwAEnqwEAWq2astlsb2/vrbfeeujQoR07dgy+yclqAMAIuGZHJRWLxWw2+8YbbyxfvjyEMPjyHEmS7N69e82aNaYEAAyfvVolZbPZEMIjjzwy0GTr168f+LqT1QAArRaRbdu23XbbbQcPHhx4JdTJagDAyHgNdKz85S9/WblyZQjh6tWra9eubWpq6ujoMBYA4KbYq42VFStWDLyZYP369V1dXT4GFAAYAXu1MVQsFqdOnfrxxx+H/3yfAQDAMNmrjaFsNrt9+/YQgpPVAICR8RlTY2vNmjWbNm360pe+ZBQAwAh4DRQAIF5eAwUA0GoAAGg1AACtBgCAVgMA0GoAAGg1AAC0GgCAVgMAQKsBAGg1AAC0GgAAWg0AQKsBAKDVAAC0GgAAWg0AAK0GAKDVAADQagAAWg0AAK0GAIBWAwDQagAAaDUAAK0GAIBWAwBAqwEAaDUAALQaAIBWAwBAqwEAoNUAALQaAABaDQBAqwEAoNUAANBqAABaDQAArQYAoNUAANBqAABoNQAArQYAgFYDANBqAABoNQAAtBoAgFYDAECrAQBoNQAAtBoAAFoNAECrAQCg1QAAtBoAAFoNAACtBgCg1QAA0GoAAFoNAACtBgCAVgMA0GoAAGg1AACtBgCAVgMA0GoAAGg1AAC0GgCAVgMAQKsBAGg1AAC0GgAAWg0AQKsBAKDVAAC0GgAAWg0AAK0GAKDVAADQagAAWg0AgJhkKvWNkiQZ+oA0TY2bmlD2zuwuTd3cmd2N8eAcP3s1AICII9WTKgCAaNmrAQBoNQAAtBoAgFYDAECrAQBoNQAAtBoAAFoNAECrAQCg1QAAtBoAAFoNAACtBgCg1QAA0GoAAFoNAACtBgCAVgMA0GoAAGg1AACtBgCAVgMAQKsBANSyTNkjkiQpe0yapkYJAFBx9moAAPFKrMQAAKJlrwYAoNUAANBqAABaDQAArQYAoNUAANBqAABoNQAArQYAgFYDANBqAABoNQAAtBoAgFYDAECrAQBoNQAAtBoAAFoNAECrAQCg1QAAtBoAAFoNAACtBgCg1QAA0GoAAFoNAACtBgCAVgMA0GoAAGg1AACtBgCAVgMAQKsBAGg1AAC0GgCAVgMAQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AAK0GAKDVAADQagAAaDUAAK0GAMBoZSr1jZIkGfqANE2NG6AWlX2E9yAPY8deDQAg4idLngkBAETLXg0AQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AAK0GAKDVAADQagAAaDUAAK0GAIBWAwDQagAAaDUAALQaAIBWAwBAqwEAaDUAALQaAABaDQCglmUq9Y2SJBni1jRNzRpgghv6Xwr/XsB/Za8GABDxkxzPYAAAomWvBgCg1QAA0GoAAFoNAACtBgCg1QAA0GoAAGg1AACtBgCAVgMA0GoAAGg1AAC0GgCAVgMAQKsBAGg1AAC0GgAAWg0AQKsBAKDVAAC0GgAAWg0AAK0GAFDLMmWPSJKk7DFpmholAEDF2asBAMQrsRIDAIiWvRoAgFYDAECrAQBoNQAAtBoAgFYDAECrAQCg1QAAtBoAAFoNAECrAQCg1QAA0GoAAFoNAACtBgCg1QAA0GoAAGg1AACtBgCAVgMA0GoAAGg1AAC0GgCAVgMAQKsBAGg1AAC0GgAAWg0AQKsBAKDVAAC0GgAAWg0AAK0GAKDVAADQagAAWg0AAK0GAIBWAwDQagAAaDUAAK0GAIBWAwBAqwEAaDUAALQaAIBWAwBAqwEAoNUAALQaAACjlanUN0qSZOgD0jQ1boBaVPYR3oM8jB17NQCAiJ8seSYEABAtezUAAK0GAIBWAwDQagAAaDUAAK0GAIBWAwBAqwEAaDUAALQaAIBWAwBAqwEAoNUAALQaAABaDQBAqwEAoNUAANBqAABaDQAArQYAoNUAANBqAACUl6nUN0qSZIhb0zQ1a4AaNfQjvMd5GFP2agAAWg0AgJuX2FoDAETLXg0AQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AAK0GAKDVAADQagAAaDUAAK0GAIBWAwDQagAAaDUAALQaAIBWAwBAqwEAaDUAALQaAABaDQCglmXKHpEkSdlj0jQ1SgCAirNXAwCIV2IlBgAQLXs1AACtBgCAVgMA0GoAAGg1AACtBgCAVgMAQKsBAGg1AAC0GgCAVgMAQKsBAKDVAAC0GgAAWg0AQKsBAKDVAADQagAAWg0AAK0GAKDVAADQagAAaDUAAK0GAIBWAwDQagAAaDUAALQaAIBWAwBAqwEAaDUAALQaAABaDQBAqwEAoNUAALQaAABaDQAArQYAoNUAANBqAABaDQAArQYAgFYDANBqAABoNQAArQYAgFYDAOA/ZYygnhSLxSeffPIzn/lM/f1oW7ZsaWxs9CsGYKJJ0jQ1hbqRz+ebm5vr8kfr7+/PZrN+xQBMNPZqdWXv3r2TJ0/+8MMPjQIA6oPz1erK4cOH77vvPnMAAK1GjE6ePPnoo4+aAwBoNWLU19c3b948cwAArUZ08vl8CKGlpcUoAECrEZ233347hODCFgBQT7wPtH50d3fPnz/fHACGViwWGxoazOE6F0XSaoyTI0eOLFu2zBwAhpbNZl1blBriWrh19LtMkn379q1YscIoACqoVCpdunSpLn+0XC7n9xs/e7U6USgUQghtbW1GAVBZv/vd7zZu3FiXP5p9jVZj/Jw9e9YzJICxcOLEiXnz5u3atcso0GqM3FtvvTVjxgxzAKi47u7ujRs3ejJMtbhmR5148803Fy5caA4AFXfu3DmXGUerMVrvvvvukiVLzAGgslxmHK1GBRSLxY8++uj+++83CoDKOn/+fHCZcbQao3ThwgUPJQBj4dChQ62treaAVmNUDh8+PHnyZFedBqi4rq4ulxlHq9WzzZs3JyM1Z86cG7/hwHXUbmy1++67z7QZU8ViMRmFnp4eM6QWHTt2zBkmVJfPLagla9as6ezsvHjx4qfeOj59+vSf/OQnGzZsMCKACioUCk1NTTc+6sJ4slerDf/85z+/8IUvHD58OISwbdu2wTeVSqW+vr729nZTAqisvr6+gefDRoFWo4y33377hRdeePfdd0MIP/3pT4vF4vWbBj6l7o477jAlgMrq6uqaMWNGJuO68Wg1ylmzZs0zzzyTy+XWrl0bQnjppZcGZ1zwJlCAMdDR0eEy42g1bs4vf/ ... src="data:image/png;base64,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...

... C. Gia tc a v ta x ngc pha. D. C A,B v C u ỳng. TRƯỜNG THPT VÕ GIỮ TÀI LIỆU ƠN THI o0o- Giáo viên : Đào Ngọc Nam -o0o Trang 19 - Câu 181: Tại một nơi có hai con lắc dao động với ... - 6)(cm) Câu 183: Tìm kết luận sai : A. Dao động duy trì là dao động tắt dần mà người ta đã tác dụng vào vật một lực biến thi n điều hịa theo thời gian vào vật dao động. B. Dao động duy ... nng bin thi n tun hon vỡ ng nng bin thi n tun hon. B. Th nng bin thin tun hon nờn c nng bin thi n tun hon. C. C nng luụn khụng i mc dự ng nng v th nng bin thi n tun hon. D. C nng bin thi n tun...

... ( Mã đề :003) Trêng THPT Dưỡng Điềm Khèi : 12 Thêi gian thi : 45ph Trong mạch điện xoay chiều RLC nối tiếp, khi hệ số công suất đạt giá trị ớn nhất thì điều nào sau đây là không đúng? ... phụ thuộc vào: điện dung C và điện áp hiệu dụng giữa hai bản tụ B. chỉ điện dung C của tụ điện dung C và cường độ dòng điện hiệu dung qua tụ D. điện dung C và tần số của dòng ... điện dung C và tần số của dòng điện B. chỉ điện dung C của tụ C. điện dung C và cường độ dòng điện D. điện dung C và điện áp hiệu dụng : có độ tự cảm L, tụ điện có điện dung C...

... C A C B A C C A C A D D B B D C A C A C Trường THPT BC Quế Sơn Đề Ôn Tập Thi Tốt Nghiệp (cb) Thời gian: 60 phút Năm Học 201 0-2 011 Môn: Vật Lí 12 Câu 1. Chọn câu đúng: Chu kì dao động ... bằng 1 /12 khối lượng của 1 hạt nhân nguyên tử cacbon C 12 6 D. u bằng 1 /12 khối lượng của 1 nguyên tử cacbon C 12 6 Câu 37. Kết luận nào dưới đây về bản chất của các tia phóng xạ là không đúng: ... định D. khi sóng truyền từ môi trường này đến môi trường khác thì tần số sóng thay đổi Câu 9. Âm sắc của một âm là đặc trưng sinh lí tương ứng với đặc trưng vật lí nào dưới đây: A. tần số B....

... GV:Ñoaøn Ngoïc Haø T r a n g 1  TRƯỜNG THPT DL ĐỀ THI HỌC KÌ I VẬT LÍ 12 - CƠ BẢN Môn Vật lí Năm học 201 1-2 012 ***** ***** ĐỀ SỐ 1 Thời gian : 60 phút Đề gồm 40 câu hỏi trắc nghiệm khách ... động không phụ thuộc vào lực cản của môi trường. D. Biên độ dao động càng lớn khi lực cản của môi trường càng nhỏ. GV:Ñoaøn Ngoïc Haø T r a n g 4  A. 484 W. B. 4,4 W. C. 968 W. D. 121 0 W. ... Câu 40: Trong động cơ điện không đồng bộ ba pha A. để tạo ra từ trường quay thì nam châm phải quay. B. bộ phận tạo ra từ trường là stato. C. tần số quay của từ trường nhỏ hơn tần số của dòng...

... phản xạ toàn phần ở kim cương. Có thể rút ra kết luận nào sau đây:Sở GD-ĐT Nghệ An ĐỀ THI THỬ ĐẠI HỌC MÔN VẬT LÍ 12 Trường THPT Phan Bội Châu Số câu trắc nghiệm: 50Giáo Viên: Phan Xuân Sanh Thời ... song. C. Hội tụ. D. Phụ thuộc vào vị trí điểm hội tụ của chùm tới.Sở GD-ĐT Nghệ An ĐỀ THI THỬ ĐẠI HỌC MÔN VẬT LÍ 12 Trường THPT Phan Bội Châu Số câu trắc nghiệm: 50Giáo Viên: Phan Xuân Sanh Thời ... góc trông của mặt trời là α = 32’ (cho 1’ = 3.10 -4 rad).A. f = -2 5cm. * B. f = -2 0cm. C. f = 25cm. D. f = 20cm. Câu 17 Một người chỉ nhìn được các vật gần nhất là 50cm. Muốn nhìn rõ các vật...

... nguồn âm đứng yên. Sở Giáo Dục- Đào Tạo Quảng Nam ĐỀ THI THỬ TỐT NGHIỆP Trường THPT Đỗ Đăng Tuyển Môn : VẬT LÍ 12 **&** Năm học 201 0- 2011 Thời gian : 60 phút Đề số : 269 PHẦN CHUNG CHO ... điện từ của Mắc-xoen đề cập đến vấn đề gì trong các vấn đề đưới đây? A. Tương tác của điện trường với điện tích B. Tương tác của từ trường với dòng điện C. Tương tác của điện từ trường với các ... thì công suất toàn mạch đạt cực đại? A.150 B.50 C.100 D.200 Câu 25 :Hạt nhân nguyên tử chì có 82 prôtôn, 125 nơ trôn. Hạt nhân nguyên tử này kí hiệu là: A. Pb 125 82 B. Pb82 125 ...

... lam, chàm tím SỞ GD&ĐT QUẢNG NAM TRƯỜNG THPT NGUYỄN DUY HIỆU ĐỀ THAM KHẢO ÔN THI TỐT NGHIỆP THPT MÔN VẬT LÝ 12 Thời gian làm bài 60 phút I- PHẦN DÙNG CHUNG CHO TẤT CẢ CÁC THÍ SINH ... động lí tưởng gồm cuộn dây thuần cảm L và tụ điện C thì: a. năng lượng điện trường và năng lượng từ trường biến thi n tuần hoàn với cùng tần số b. năng lượng điện trường và năng lượng từ trường ... 300m/s. c. năng lượng điện trường và năng lượng từ trường bằng nhau d. năng lượng điện từ biến thi n biến thi n tuần hoàn với tần số bằng 2 lần tần số dao động của mạch câu 12: Chọn phát biểu sai...

... tử ngoại , hồng ngoại , rơnghen SỞ GD&ĐT QUẢNG NAM TRƯỜNG THPT NGUYỄN VĂN CỪ ĐỀ THAM KHẢO ÔN THI TỐT NGHIỆP THPT MÔN VẬT LÝ 12 Thời gian làm bài 60 phút I. PHẦN CHUNG CHO TẤT ... điện nhưng không làm thay đổi tần số . A. 5.10 -7 m B. 5.10 -5 mm C. 5.10 -5 m D. 5m Cõu 40 : Mt loi Thi n h phỏt x mnh mt cỏch bt thng cỏc súng vụ tuyn v tia X. Nú cú th l mt Thi n h mi ... cú chiu di bin thi n trong khong.A. 40cm-49cm B.39cm-50cm C.39cm-49cm D.42cm-52cm Cõu 44: Mt lũ xo nh cú mt u c nh,u kia treo mt vt nng khi lng m = 100g.Khi vt dao ng iu ho ,thi gian vt di...

... gian t trong chuyển động quay nhanh dần đều của vật rắn quay quanh một trục cố định? A. .  =-2 +0,5t (rad/s) B. .  =-2 -0 ,5t (rad/s) C. . = 2-0 ,5t (rad/s) D. . =2+0,5t2 (rad/s) ... : Một vật dao động điều hòa trên quỹ đạo dài 40cm. Khi ở vị trí x = 10cm vật có vận tốc 20 3 /cm s. Chu kì dao động của vật là: A. 1s B. 5s C. 0,1s D. 0,5s Câu 12 : Một ... lượng vật nặng m =100g, lấy g= 10m/ s2.Khi vật ở vị trí cao nhất thì lực đàn hồi của lò xo có độ lớn là A. 0 B. 0,2N C. 1N D. 2,2N Câu 18 : Một mạch dao động điện từ có điện dung...