For the circuit in the figure below, is the instantaneous voltage of the source is equal to
Question 2pwVOe12CRvUE4Gqdz+Ez46hdGomLNPc7xbG+y3XuYDfhJapQzFUbH83hi3vtKJxewfizZpzEzB/roWi0VkYc2I2yqcHIAKaEzoCGqBaUFKzGO+34J79IvtKtjAwclomVj5cjZoP1qBg7OhOQ3Y9Wz5rU6C/BBgu/SXN9fSpQOq03aq1HyNUoGNEcSZMQ96IS97g64BVy1BQbQRDQezaEMbr/1eNXSsNxMKZnaqTAAAOf0lEQVSGc8xDhQ+2osISBra9GcWqfzbjqNkBnPqtEc5wVSQaTdyNUs5f1ssP2QMTcSC/PAR/CKhfuwm4qJdXwsVRoB8EGC79gMxV9I+AEDbqNlUiryyEQJ4PthWHIuQQ1gGjv5pAMNOHdc+14KUHahGptaH4TORPyEDZhAwMK/E5x89ba8LYvd5GY4WJzctNVK+vxBlXlWLy/DwYYaNPjoLIYy/yjpY5+QHklOio3pg4Y+wgW9E/qFwLBTwK9Gq4pM7W8dgWVqNAjwRire2I1DagYHIQmt8EooAt5Ec8eeDeORlMQWaWwDtP1OHV+xthRRUEi2zMvrQA088Yjqx8H4RmOrdDVqwRaK8X+Oj5Bqx4ogEddQLP3FmFjkgMx19YgFjYQnLy5W4PWzkH7uU9ZmTgOUNr2t72pTZeLtMXBLKLA2jfVe+sIzlVWuotfKZAvwl4/V7vcbh0PpNG13u8uH4D44oGn4AZiSLWHnYCQlOARN9C9lqS4QIF/gDwwdPtWPabWiCiIWeCggU/HY1RMwOIh1XEInE4N7WH5QBl5Cg46ZuFGDk1A/+6swHtW6N47d46+IM+HLcgF9EWA4rlg1Dl+530coWV85oJVYGu27ANGSwHngWWOC8soAOZuX7I3pMdM6AFfa7LZSEF+krA7/c7i7ZtG52/7w+1vh6nQSrVMjIysGjRIjz00EOHWifLKdDrAoYQyImZOK4tgoysPCiqAmEnei2pr/yAT0HNjihefrAKVosPBRNVXPQfRyF/vB/trQY0S14ssy+MZCMtA2hr6UD5jExcfEsAi2/egqYtwIv37UEoJwPj5/oQdabwT62lq02T5YmLPHVVoKHCQOEoPwxbtjNVR4agAiEUKLpATl4mPqquwcIFFyDsF/AdOLyXqsZnCvShQCQSQTwex+F2HnocLjLNmpubIRuwcuXKPtxELpoC7gI5AGaEpkHR5bTIiVsbJzot8otdcQ7wFxT7cMplxXh/aR3O+3kpho2TN+4SUOVNvPbmw94fnBXq8CPaZqNovIoF14/B4zdVIrLbxtK7KxDMOwojp2Ug3oLkbMsyQPavLyNDnkOgCSAY0vHhkkYsvW83TrqkALMXFjq9HsUJmEQ9J4IUGz6filg0imdeWgrTfdNZSoF+EbCsRI++OyvrcbgEAgFcdtllqK+vh+w+pXoy3Vk530OB3hIwhYC/PQJ7yYewDXkXSg3CjkPe5jjxkMNNiZ7BrItyMOnsDGTk+BFtVaAmL6B0a4sMh0grUDzdjwU/LcQzN1UjXA0svm03Lr6lHIWTNcRaLahCl+d77bcoebaaopkIZmXi42X1WHZvA1CvY/WLzTju7GHw5Suw4/J8NyeGEqdPCw3RqIWMUAYuv/ibsANB566a+y2Yv1CgnwTkcJhhGCgqKur2GhVxOINo3V4s30iB/hewWtpwz7T5mHqGhTN/PBaxcCR5/CQRMHby2hR5TxfVB5iG/B63E6cVd6u5NixVICtLx7ol7Vh6125YHSpyjrJxznXlGHNiAFZUhRm3nGXa8jRoVcAfUJ2QW/1ME159sB7xFhMZJQouvLkcJVN0mB2a047EoJlMIgF/UMM/btyGhq1FuHLdkm61jm+iQDoJ9Ljnkk4bw7YMbQFLUxDMykZ7QxMsK+pc5GgpCtRkR0K1EyEjv8Qtw04MXx3WhZAKNEtFpA2Ycm427NhIPH/fbjRV2Xjqpkocd34eppybi+HFPshzW2yhwYgLVG2MYPXTDVj3YgSIWMgpUXHuDaNRNsOHWJuctsbar68j+zCGYSPWGEcgNxu2ZQOayiMuQ/vjPeC2nuEy4HYZG9yVgC8rhIzSfLTt2QMrrnU6lrH/MBWcM8Hk8Y3U66nnrpbc6XU5xiUEIu3A5C9lwZc7Esvuq0FjVRQrHq3Hxy+EUTDWj1ChDtO2EN4VQ91WCx2tsocUR+GUEM65tgjF03TEWmTPSR5NSR2jkRd92oCqwIxoaKuOY8SsQqianESTDwoMLAGGy8DaX2xtFwLyy1ceSC8aPxpbF7+LcIuB0DANii2/mA/8ak59mXexsG68rNoKjFYLE0/NxIjRZVjxSCM2r2hDS00ELbs6ICx5lb+AohlQdQ1ZxTqmnl6K2V/JRShPRaxFTk0jT0VOHRNKrjQ5ZNdaGUN7jYUpk8YkChIb2I2W8S0USA8Bhkt67Ae2oscCiWvYS6Yfi7UP2WiqjCOvMIRYavirx8vffwFOYAkg1i6Qe5Qf5/2iGNUbh6PigzbU7ehApFWDHIbLzDdRND6Eo2dlYXi5DzEDiEVsJ1gSB/D3Dzo5K7PqE2jaGkM8ChQfN8lZ8f7v2r8t/I0C6SjAcEnHvcI2HbZA6vTfsuOnwwgGsOeDKMbOzuo09HXYi+xmBQE7KhCBihETAyiaFoBtCueMNaHa0DXN6aDEDRORsA1FXn7v3Hcm1ZtKPadWJ6DaPlSuDkMfkYuiGdOcAmeOtL3DZ6n38pkC6StwQJ88fRvKllHATUAepJdf04WTjkHh5PHYsrIBRtSCqsqPuPy7vw//U+QheAsiYiPeasKUPRNDgTDksRMLRqsNtUOX8x1DOMHSdVvk8ZW2Jgvb361H+awpyB1Z+qlBPTcHllEgXQQYLumyJ9iOHgnIHoE8q17zBzDpnM9j19p21GyIwB+UX+QydvrwP5E480weY3FCTMhJXWznqkohVCdQbFVeZZP659Z1WwKZCnatC6N2ewcmLJjXKRLldvBBgYEjkPq0D5wWs6UUOKiA03dwSiZ9aT7kfPXrn2+HosmD5kfq0TlEDt0GeQGyaQp8tKQBgdJSTDjnzENX4jsokKYCDJc03TFs1mEKyOlV5NX4AiiaNB4Tzz0Fa5dWoWFbHFpQg+xbJB5dD0n16dBZpz7IQddjC+iZCqrWdWDjK1WYfNHZyCrp/tXQh6nFt1OgzwUYLn1OzBX0l4DzYZZzTwI4/ppvIRIWeHfxLvh9gKrKeOnck0inn20nGOXA2buPNUDPyMHsK77WX2xcDwX6RIDh0iesXOiRFRAYdcJMTL/kArz3t1psXxtBQM5hL/PEeaR6Manfj/CzUOHL0bH1tRg+WlqFWVdchqLxR8PugztdHuEt5eqHkADDZQjt7KGyqXYyRE654RoEs0rx8gPbEYsKKL7UzZDlG4788JhQ5JxigB4QaGkw8Or925A/bgzmXHu5s6vSLAKHyseH29lLAgyXXoLkYtJIQEncIyX/mHLMu/VK7HyzA2//by30TM05c0u3ZLjIiy7l85H7T5UpqKmAT8Gb9+1B9SdRnHrXDcgZMfywbsqURvJsCgX2CjBc9lLwh8Ei4JyWnLhBCj5z+Vcw5Rvn443fb8fH/2pAIC8AU9ec4y/yGExiJuL+7sXIfpOAvMgyENKw+s/NWPn3Kpzws+9hynlnHGS6msGyZ7gdQ0mAU+4Ppb09RLc13NSAv33hu6hZ+yEuuudYjDvVh2hjALptwNAUZ/bk/qKRoaIKBZaqIJCrYP3TzXjyFxsx7tx5uPiJB6EHMpymcEisv/YI19NXAuy59JUsl5sWApYlEBqWjwsfuRs55WPx1HWb8MlyG4FhGkxNgWr33/CY00+yFdi6jUC2jnWLm/H0jdtQdsJMXPDQHfAFMiCc9qQFHRtBgR4JsOfSIz5WTncBeVhD2BY0TcOeLZ9g8flXo3H7Npx34xhM/mIB7A4Ltry5lyZn0u+7v7Wci/flHMgBHarPwHuP1uPFu7ai5IRZ+Orjv0GotCRx3xY1ecvldIdl+yhwCAGGyyGAWDy4BFoqduDJb/wEFW+8h5O/XY6TLi9EZrYfkY64c4y/L4ajnNDSgIyQgva6CJY92IAVT1Ri+nmn4/yHFiGjsGDvuWuDS5tbM5QFGC5Dee8PsW03LTlLsYpIazOeu24R1vzP31H02QDOvGo0jpmVBdNWYEbNTtfD9BxInmrsz1QhR7s+eb0Dy+6vQP2WMD533fdx6q0/gO4PwjLkPV90yOlf+KDAYBFguAyWPcntOKSAJQScGz1qiS/xNQ8/geU3/g4ttdsx/YICzFk4EoUTfFAVgXhMwJanLAsVmlBgK3JGY5E4+C8S1/pDTdxDJnFzSnkXSXk3FrlsAVVX4A8Cpq1iz4ftWPFYNdYvrUPBxKNx2h3/jskLznLaa9vySIztzN6cum3AITeEb6DAABBguAyAncQm9r5A6jLK1p178PpdD2LNn5+EYsdx7OlFmHxONkqnhBDKC0AIC5YpIAw51bFwbpCcuNJfgZBTzSRvU6wqqhMourxQU+hobYxi15oOfPh8PTYva0IwJw8zvncxTvrRdxEake8sIjWJcu9vHZdIgSMvwHA58vuALehnARkscKboV+Dc7gVA1Zr1eP8Pj2LD4lcRqa9F0TEZGDN7GMpmZqJgdCZCwzX4Mm3ovgBU3XJ6N7A1mCZgmhbiHUB7TQx7KjpQ+UEYle+0oX5HO3LKRmHql0/DzMsvxYhx450ttW150zDFucMxh8L6eedzdf0mwHDpN2quKN0E5KCWDBm107GOpopKbFy6DJuWvIKq1Rtg1zVDzTKRVRBETmEQwTwgkOGDrgrnjpPhqIlIk0BbTRyR+ijMmA5/QT5GzZqGY86fh4lnzd07u3FiLgB5nUtyXgAnX3icJd0+F2xP7wgwXHrHkUsZDAKpsbLktjTtrMTu1R+jfu0GVG/cjkh1A8xwBPF4HPJYiaaq8AX9CGZmILOkAPlTx6JsymQUT5+E7LLivSIHLHbv6/yBAoNZgOEymPcut+2wBCynIyPkJS/Ofe4P1qcQhgHTNJ25v2SPR/fpgO771HqcXoo8gUD+ICeZSY2/feqdfIECg1OA4TI49yu3yqtAqpuRDAXn5K/E/7q1RHnul5yvLBVMqeduVeabKDCIBBgug2hnclMoQAEKpItA3813kS5byHZQgAIUoEC/CzBc+p2cK6QABSgw+AX+H1qoeJqKln69AAAAAElFTkSuQmCC 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1.The sum of the maximum voltages across the elements.
2.The sum of the instantaneous voltages across the elements.
3.The sum of the rms voltages across the elements."