{"kind":"task","effective_mode":"full","benchmark":{"kind":"benchmark","effective_mode":"full","slug":"mmmu-pro","formal_name":"MMMU-Pro","introduction":"MMMU-Pro evaluates multimodal understanding across academic disciplines using images and text. The official card lists 1,730 questions per setting, separating four-option and ten-option standard settings from the vision setting.","introduction_ja":"","introduction_en":"","category":"Category not supplied","task_count":null,"acquisition_status":"Acquisition status not supplied","official_url":"https://mmmu-benchmark.github.io/","indexing_mode":"noindex","profile":{"resources":[],"task_format":"","scoring":"","metric":"","size":"","answer_access":"","license":"","citation":"","maintainer":"","released":"","why_hard":"","related":[]}},"task_id":"90ccfce1-1be5-510a-a7a3-2ef1a8943baf","task_key":"standard~20~2810~20options~29--test--test~5fElectronics~5f247","task_revision_id":"2","upstream_id":"test_Electronics_247","short_description":"Find the Fourier transforms for the waveforms illustrated in Fig. (b) of <image…","config":"standard (10 options)","split":"test","body":"{\"img_type\":\"['Geometric Shapes', 'Mathematical Notations']\",\"options\":\"['$V_o [- {2 / (b\\\\\\\\omega^2)}e^{-j\\\\\\\\omega b} + {1 / (b\\\\\\\\omega^2)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {1 / (b\\\\\\\\omega^2)}e^{-j\\\\\\\\omega b} + {1 / (b\\\\\\\\omega)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {1 / (b\\\\\\\\omega)}e^{-j\\\\\\\\omega b} + {1 / (b\\\\\\\\omega)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {2 / (b\\\\\\\\omega)}e^{-j\\\\\\\\omega b} + {1 / (b\\\\\\\\omega^2)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {1 / (b\\\\\\\\omega)}e^{-j\\\\\\\\omega b} + {1 / (b\\\\\\\\omega^2)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {2 / (b\\\\\\\\omega^2)}e^{-j\\\\\\\\omega b} - {1 / (b\\\\\\\\omega^2)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {1 / (b\\\\\\\\omega^2)}e^{-j\\\\\\\\omega b} - {1 / (b\\\\\\\\omega^2)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {1 / (b\\\\\\\\omega^2)}e^{-j\\\\\\\\omega b} + {2 / (b\\\\\\\\omega^2)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {1 / (b\\\\\\\\omega^2)}e^{-j\\\\\\\\omega b} + {1 / (b\\\\\\\\omega^2)} - {1 / j\\\\\\\\omega}]$.', '$V_o [- {1 / (b\\\\\\\\omega^2)}e^{-j\\\\\\\\omega b} - {1 / (b\\\\\\\\omega)} - {1 / j\\\\\\\\omega}]$.']\",\"question\":\"Find the Fourier transforms for the waveforms illustrated in Fig. (b) of <image 1>.\",\"subject\":\"Electronics\"}","display_format":"text","language":"","answer_status":"published","assets":[{"kind":"file","reference_id":"task:90ccfce1-1be5-510a-a7a3-2ef1a8943baf:2:image_1.png","filename":"image_1.png","media_type":"image/png","alt":""}],"source_url":"https://mmmu-benchmark.github.io/","history":"initial import","indexing_mode":"noindex","subproblems":[],"grids":[]}