<transcript><audio_101> प्रेस करेगा जिसकी वजह से कार्पल बनेगा यहां एक जगह पर सी आ जाएगा जिसकी वजह से स्टेमिन बन जाएगा यह तो स्टेमिन ही रहेगा यह तो कार्पल ही रहेगा तो यह जो फिनोटाइप हमने बनाया यह जो म्यूटेंट फिनोटाइप</transcript><transcript><audio_102> mutant mutant mutant जो देखने को मिलेगा उसमें हमें ये phenotype मिलेगा that is carpal, stem and stem and carpal अगर हम ऐसा option देखते हैं तो हमें b मिल जाता है that is carpal, stem and stem and carpal</transcript><transcript><audio_103> Next question है Which of the following reduces the transpiration rate when applied in the aerial part of the plant? कौन सा यहाँ पर option है जो कि transpiration के rate को reduce करते हैं?</transcript><transcript><audio_104> plant के aerial part में apply करेंगे options are phosphon D, paraquat, phenylmercuryic acetate and velenomycin obviously the answer will be heard transpiration के portion में</transcript><transcript><audio_105> इसमें वैक्स का भी ऑप्शन था कि कौन-कौन से ऐसे anti-transpiration factor है कौन-कौन से factor हो गई है कौन-कौन से chemical हो गई जिससे हम apply कर दे तो transpiration का rate काफी जादा</transcript> express due to which carpel will be formed, here C will come in place of A due to which stamina will be formed, it will remain as stamina, it will remain as carpel only, so this is the phenotype we have created, this is a mute phenotype, so a class mutation, mutated.  In the mute that we will see, we will get this phenotype That is Carpal Stem N Stem N Carpal If we see such option then we will get B That is Carpal Stem N Stem N Carbon  Answer will be Next question is Which of the following reduces the transpiration rate when applied in the aerial part of the plant Which is the option here which will reduce the rate of transpiration when we apply it in the aerial part of the plant  The options are Phospho de Paraquat Phenyl Mercuric Acetate and Valino Mycin Obviously the  Answer: In the section on will be and transpiration, I had given you some list in which there was also the option of wax as to which are the anti-transpiration factors, which are the factors or which are the chemicals which we can apply. So the rate of transpiration will
{"source": "grass-yt-cc-by.13O_OoOoUf0|shard_10006_11|create_multimodal_data.extract_yt_and_generate_transcripts.46|shard_10006|create_multimodal_data.generate_captions.46|shard_10006|create_multimodal_data.generate_captions.50", "params": {"id": "13O_OoOoUf0", "channel_id": "UCcNKR03knYmJZx2TA3x-4lw", "duration": 1658, "view_count": 2562, "age_limit": 0, "channel_follower_count": 119000, "license": "Creative Commons Attribution license (reuse allowed)", "channel_is_verified": true, "uploader_id": "@vedemy", "yt_tar_file": "/leonardo_work/EUHPC_E03_068/audio/fixed_download/grass-yt-cc-by//shard_10006/13O_OoOoUf0.tar.gz"}}