<transcript><audio_50> plot P, Q and R in different units जो की यहाँ पे mention होके रखा है in the graph below represent the dependence of photosynthetic</transcript><transcript><audio_51> NDR and translocation rate of assimilation that is PR in the plant on a leaf water potential. Without the following statement,</transcript><transcript><audio_52> तो देखें सबसे पहले आपको ध्यान देना है हमें x-axis पे leaf water potential बता के रखा है और ये शुरू हो रहा है 0 से यानि pure water से</transcript><transcript><audio_53> अब आपको देखना है कि P, Q, R किस चीज़ को denote कर रहे होंगे, जब water का concentration just 0 के बाद है, तब कोई तो ऐसा factor है जो की maximum है, देख सकते हैं, यह maximum,</transcript><transcript><audio_54> maximum है तो P यहाँ पे क्या हो सकता है तो हम क्योंकि leaf का जो expansion rate होता है मतलब leaf का जो expansion होता है वो water पे dependent होता है water अगर highest amount में present रहेगा तो leaf का</transcript><transcript><audio_55> लेकिन क्योंकि जैसे ही water potential zero से cross कर रहा है, negative की तरफ जा रहा है, we can expect कि सबसे पहले जो effect होने वाला part होगा, वो होगा leaf का expectation</transcript> Next question comes the three plots P K and R in different units which are here. Mentioned below is the graph representing the dependence of photosynthesis rate on leaf expansion rate and translocation.  Rate translocation rate of assimilation that is in the plant on a leaf water potential. Check that the following statement is correct in this regard. So first of all you have to notice that we have placed the leaf water potential on the x axis and this is starting from  Is from zero i.e. pure water and it is going - 3.0 P OK now you have to see what P P R is denoting when water is  If the concentration is just after zero then there is some factor which is maximum, you can see that this maximum is till here i.e. if P is maximum then what can happen here then we because the expansion rate of the leaf means that the leaf has  The expansion that occurs is dependent on water. If water is present in the highest amount then the expansion rate of the leaf will be highest but because as soon as water  The potential is crossing from zero and going towards negative. We can expect that the first part to be affected will be the
{"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"}}