圧力分散計算 4

/Height 85 }x#� 9;[�戂`S�$�϶��qF�,zeG2lcs]A�ue�� &�V=%�R�J�*T�R��*J��*J�T��$�%I*IRKIi-%��T�R�J�*T�RT�%IRT�%I*IRJ�T��$�%��ZKIE*T� /BitsPerComponent 1 /DecodeParms<> /Type/XObject /ImageMask true /Height 85 /Length 71 /BitsPerComponent 1 /DecodeParms<> endstream endstream endobj /Filter/CCITTFaxDecode /Width 11 stream /Length 15 endobj /Length 28 endstream /Filter/CCITTFaxDecode endstream /Height 76 endobj /Width 1 /Type/XObject >> << << /ImageMask true /Height 37 stream /BitsPerComponent 1 << /Length 29 *��J�*T�R�J�*T�R�J�*Zֵ��UUJ�*T�R�J�*T�R�J�*T��kKJ*��*T�R�J�*T�R�J�*T�kZ֖�T @ << /Decode[1 0] /Length 87 &�V2�zI-$�RJ�T��$�%I*IRJ�T��$�%I*IRJ�T��$�%I%I%I%I%��ZIi$��ZI(��$�%I*IRJ�T��$�%I*IRJ�T�� 23 0 obj /BitsPerComponent 1 /Filter/CCITTFaxDecode stream >> /BitsPerComponent 1 60 0 obj /Height 65 endstream 92 0 obj << /ImageMask true 33 0 obj /DecodeParms<> /ImageMask true /Type/XObject /Type/XObject �UUU*T��kZ��J��kQ��UUUP >> endstream /Decode[1 0] << << stream /Filter/CCITTFaxDecode stream %�U��J�J�J�J�J�J�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$�$��Ii$��ZI-$��J)%I*IRJ�T�T�T�T�T�T�T�T�J�IRI*I%I$�$�$�� /DecodeParms<> /Width 6 圧力計算問題次の問に答えよ。 (1) 500gの物体にかかる重力は何Nか。 (2) 600cm 2 は何m 2 か。 (3) 面積6m 2 に180Nの力が加わっていた場合、圧力は何Paか。 (4) 質量2700g、底面積3m 2 の物体がある。底面にかかる圧力を求めよ。 /BitsPerComponent 1 << /Subtype/Image /Decode[1 0] /ImageMask true /Subtype/Image << endobj stream /Subtype/Image /Height 89 stream *J�*T�R�J�*T�R�J�*T�R��J�*T�R�J�*T�R� � /ImageMask true /Width 79 /Filter/CCITTFaxDecode /Height 47 /BitsPerComponent 1 /Filter/CCITTFaxDecode /BitsPerComponent 1 /Decode[1 0] /Subtype/Image /Type/XObject *U��I%I$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI-$��Ii$��Ii$��IE$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$��KI$��KI$��KI$��J�J�IRI*I%I$�$�$�� 3*T�R�J��iiEUUR�J�*T�R�J�*T�R�J�-kZ�Ҋ��J�*T�R�J�*T�R�J�*Zֵ��UU << /BitsPerComponent 1 /Height 69 endstream /Type/XObject /Height 96 36 0 obj endobj /Type/XObject /BitsPerComponent 1 stream endobj *�J�*T�R�J�%IRT�%IRT��$�%I*IRJ�ZKIi-%��R�J�*T�R�J��*J��*IRJ�T��$�%I-%��ZJ)R�J�*T�R�IRT�%IRT�$�%I*IRJ�T��ZKIi-% /Filter/CCITTFaxDecode endstream /Width 96 >> /Decode[1 0] /ImageMask true << $ *T�R�J�*T�kZֵꪪ��*T�R�J�*T��kZ��UUUJ�*T�R�J�*Zֵ�F endstream >> /Height 69 57 0 obj >> /Type/XObject stream >> /Width 16 /BitsPerComponent 1 /Subtype/Image /Height 71 /Width 96 /Type/XObject << 55 0 obj /DecodeParms<> /BitsPerComponent 1 endstream /ImageMask true /Subtype/Image endobj /Type/XObject /Height 51 /Decode[1 0] /ImageMask true << >> /BitsPerComponent 1 43 0 obj /Type/XObject .2�t�T�ZIi%��ZIi$��T��$�%I*IRJ�T��$�%I*IRJ�T��$�%I*IRJ�J�KI-$��KI-$�RJ�T��$�% stream /Type/XObject /Length 28 << /Type/XObject /Width 6 /Length 17 /DecodeParms<> /BitsPerComponent 1 endobj /Filter/CCITTFaxDecode << <2�t��$�%I*Ii-%��QJ�*T�R�J�*T�%IRT�%IRJ�T��$�%I-%��ZJ)R�J�*T�R�J��*J��*IRJ�T��$�%��ZKIE*T�R�J�*T�RT�%IRT�% endobj /Subtype/Image /Type/XObject stream endobj /BitsPerComponent 1 /DecodeParms<> /Length 44 /ImageMask true /BitsPerComponent 1 endobj /Type/XObject /Type/XObject endstream /Decode[1 0] /BitsPerComponent 1 /DecodeParms<> >> endobj /BitsPerComponent 1 81 0 obj /Height 47 /ImageMask true /DecodeParms<> endstream 67 0 obj endstream /Width 48 endstream stream /Decode[1 0] /Filter/CCITTFaxDecode endstream /Height 96 endstream /Type/XObject /Width 96 /Decode[1 0] /Width 1 /Type/XObject /Length 128 /Height 96 endobj /ImageMask true /Filter/CCITTFaxDecode << stream << /Subtype/Image /DecodeParms<> /DecodeParms<> /BitsPerComponent 1 /Decode[1 0] endstream stream /BitsPerComponent 1 /Length 237 /DecodeParms<> /DecodeParms<> �J�*T�R�J�*T�R�J�*T�kZZZZQUT�R�J�*T�R�J�*T�R�J�-kKKKJ*��*T�R�J�*T�R�J�*T�R��iiiiEU@ @ /Filter/CCITTFaxDecode << /BitsPerComponent 1 /BitsPerComponent 1 /Decode[1 0] /Length 144 /Length 27 /Decode[1 0] /BitsPerComponent 1 /DecodeParms<> /DecodeParms<> /Length 114 /Subtype/Image /ImageMask true 45 0 obj /Type/XObject /Width 11 >> /Subtype/Image 93 0 obj /Decode[1 0] stream &��UUUJ�*T�R�J�-kZ֣��R�J�*T�R��kZ�` 29 0 obj >> &��UUUR�J�*T�Rֵ�j?��J�*T�R��kZ�` &�V=%��*T�R�J�*T�R�J�*T�R��*J��ZKIE*T�R�J�*T�R�J�*T�R�IRT�%��T�R�J�*T�R�J�*T�R�J��*KKKJ /Decode[1 0] /BitsPerComponent 1 /BitsPerComponent 1 stream /Subtype/Image << 34 0 obj endobj endobj /BitsPerComponent 1 /DecodeParms<> /Width 96 /Filter/CCITTFaxDecode /Width 42 endobj /Length 160 /Length 37 /Type/XObject /BitsPerComponent 1 /Width 85 /Height 47 stream >> /DecodeParms<> /DecodeParms<> << >> /Decode[1 0] /BitsPerComponent 1 /Width 21 /Decode[1 0] /DecodeParms<> /Type/XObject /ImageMask true /Type/XObject /Decode[1 0] stream /Type/XObject 58 0 obj /Height 68 endstream >> /BitsPerComponent 1 &��%��R�J�*T�R�J�*T�R�J�*T�%IRZZZZKIi(�J�*T�R�J�*T�R�J�*T�*J�� /Decode[1 0] /BitsPerComponent 1 /Filter/CCITTFaxDecode stream /ImageMask true endstream /Height 26 endobj /ImageMask true endstream /Type/XObject /Filter/CCITTFaxDecode /ImageMask true �UUUR�J�*T�R�J��kQ��R�J�*T�R�KZֵ��UUUT�R�J�*P /Decode[1 0] /Height 68 /Filter/CCITTFaxDecode 85 0 obj /Subtype/Image >> /Filter/CCITTFaxDecode stream /Subtype/Image 51 0 obj /Width 5 /Type/XObject /ImageMask true >> endstream /Subtype/Image /Type/XObject 6:T�Rֵ�j?�UUU*T�R�J�*T�kZֵꪪ��*T�R�J�*T��kZ� @ *J�*T�R�J�*T�R�J�*T�R��J�*T�R�J�*T�R�J�*T�R�KKKKKKJ*�*T�R�J�*T�R�J�*T�R�J��T @ /BitsPerComponent 1 /Filter/CCITTFaxDecode ��ꪪ�kZ� /DecodeParms<> /Width 6 /Type/XObject /DecodeParms<> /ImageMask true endobj << /Filter/CCITTFaxDecode /ImageMask true /Length 38 /ImageMask true endstream endobj /Type/XObject endstream /BitsPerComponent 1 �� @ >> endstream /Decode[1 0] >> /ImageMask true /Filter/CCITTFaxDecode stream :T��kZ��J��kQ��UUUT�Rֵ�j?�ꪪ� << /Width 48 >> /BitsPerComponent 1 5��V:I%I$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI*I%��ZI%��ZI%��ZI%�T�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$�$��T�KI$��KI$��KI$��J)$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$�$��T�J�IRI*I%I$�$��Ii$��Ii$��Ii$�RI@ @ /Width 30 /BitsPerComponent 1 >> /Length 107 /Length 26 /BitsPerComponent 1 /Height 96 /Decode[1 0] /Type/XObject 2 0 obj /Type/XObject /Subtype/Image /BitsPerComponent 1 >> /Width 4 /Type/XObject endobj /DecodeParms<> /Subtype/Image /ImageMask true /BitsPerComponent 1 74 0 obj /DecodeParms<> << %�U��T��$�%I*IRJ�T��$�%I*IRJ�T�T�T�T�ZIi%��KI%��IRJ�T��$�%I*IRJ�T��$�%I*IRJ�T��$�$�$�$�$��KI-$��KI%��$�%I*IRJ�T��$�%I*IRJ�T��$�%I*IRIRIRIRIi%��P >> /Filter/CCITTFaxDecode /Filter/CCITTFaxDecode /Decode[1 0] /Filter/CCITTFaxDecode stream << /Height 96 /Subtype/Image /Subtype/Image endobj *J�*T�R�J�*T�R�J�*T�R��J�*T� /Height 47 >> /Filter/CCITTFaxDecode >> /Length 64 /Decode[1 0] 24 0 obj << >> /Width 42 stream /DecodeParms<> stream /Type/XObject /Type/XObject /Type/XObject endstream << stream ��UUUR�J��kQ��R�KZֵ��UUUT�R��kZ�` endstream /Length 82 ��R�KZֵ��UUUT�R��kZ�` << /Decode[1 0] /BitsPerComponent 1 /Subtype/Image /ImageMask true endobj /Width 47 /Filter/CCITTFaxDecode /Decode[1 0] /Width 28 大阪府出身 endstream /Length 15 endobj /Filter/CCITTFaxDecode /Decode[1 0] endobj #��kQ��R�KZֵ��UUUT�R��kZ�` /Type/XObject /Height 73 /Width 28 >> /Height 96 endobj 44 0 obj /Decode[1 0] /Width 1 << 中１理科, 圧力の求め方・計算の仕方についてまとめています。単位面積（１㎡）あたりに垂直にはたらく力をいいます。単位は、パスカル（記号Pa ※１Pa=1N/㎡）を使います。物体に力を加えるとき、力が加わっている面積によって、物体にへこみ具合などに差が生じます。このように、力が加わる面積も考えた力の大きさが圧力です。それでは、【中１理科】圧力の求め方・計算の仕方をみていきましょう。, 圧力は面かかっている力の大きさを力（N）をはたらいている面の面積（㎡）で割り算すれば求めます。また、圧力は、はたらく力の大きさに比例し、力を受ける面積に反比例します。, ＜解説＞ /Length 102 02�t�T�T�ZIi%��ZI-$�RJ�T��$�%I*IRJ�T��$�%I*IRJ�T��$�%I*I*I*I-$��KI-$��J)%I*IRJ�P /BitsPerComponent 1 /Width 47 endstream /Width 19 /DecodeParms<> /Decode[1 0] �� 65 0 obj endstream /ImageMask true /Width 30 endstream /Decode[1 0] 14 0 obj /Length 14 /DecodeParms<> /Height 89 /Subtype/Image /Type/XObject /Width 68 20 0 obj /Width 47 /Length 60 /Filter/CCITTFaxDecode /Decode[1 0] /Type/XObject << /Decode[1 0] /Filter/CCITTFaxDecode 77 0 obj /Subtype/Image /Decode[1 0] 82 0 obj /ImageMask true /Length 41 /Type/XObject /Height 51 %PDF-1.3 /DecodeParms<> /Width 1 endstream /DecodeParms<> /Type/XObject /Decode[1 0] << /ImageMask true 26 0 obj /Filter/CCITTFaxDecode ��UUUR�J��kQ� @ endobj stream /Length 20 /Filter/CCITTFaxDecode >> /ImageMask true /DecodeParms<> 84 0 obj >> ��_�� /Length 123 endstream ��R�J�*T�R��kZ��UUU*T�R�J�*T��kZ��J�*T�R�J��kQ� � << /Filter/CCITTFaxDecode /Filter/CCITTFaxDecode :T��kZ��J�� /DecodeParms<> /DecodeParms<> >> /Length 48 87 0 obj /Type/XObject /Type/XObject /Filter/CCITTFaxDecode

Ƕ�戸 Ŀ�理 ƞ� 5, ũ�活 ŋ�違い Á�んj 27, Pso2 Pcと Ps4 21, Ã�ード 2 ǔ�面に Á�る 5, Aviutl ɟ�声波形 Ň�ない 46, Access2016 Ã�クロ Â�ラー 2950 29, Ũ� Ť�学 ĸ�登校 8, Oracle Create Table Ȥ�合主キー 8,

Leave a Reply Cancel reply