The plant contains vascular tissue and has an alternation of generation. But, it lacks seeds. So, the plant is a Pteridophyte.
- Vascular tissues are absent in thallophytes and bryophytes. They are found in pteridophytes, gymnosperms and angiosperms.
- The sporophyte and gametophyte generation is common in bryophytes and pteridophytes.
- Seeds are produced in plants that come under the group gymnosperms and angiosperms. The presence of seeds is the main characteristic of these groups.
- Thallophytes, bryophytes and pteridophytes lack seeds. The reproduction in plants that comes under these groups occurs with the help of spores.
Thus, the recently discovered species of the plant should be classified based on the presence of vascular tissues, gametophytes and sporophytes. As pteridophytes contain vascular tissues, sporophytes and gametophytes and lack seeds, the plant is a pteridophyte
Learn more about pteridophytes here:
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Answer:
D). Lisa might experience symptoms of overtraining, like weight loss and increased irritability.
Explanation:
The biggest concern after continuing the program for a few months would be that '<u>Lisa might experience the symptoms associated with overtraining including weight loss and enhanced irritability</u>.' These are the initial symptoms which shows the strain that is being put on the muscles of the body. It may also cause her to face muscle pain, fatigue, a decline in appetite. Gradually, her body would adapt to the schedule and show the desired results. Thus, <u>option D</u> is the correct answer.
Protein channels + no energy spent + following concentration gradient = passive transport via facilitated diffusion :)
<span>Organic Chemistry is so important in the study of Biology because most reactions in Biology are organic reactions. Organic chemistry is the study of structure, properties, and reactions of organic compounds</span>
The specific site for transcription is nucleus, and the specific site for translation is cytoplasm.
Transcription is a process of copying DNA into messenger RNA (mRNA). Since DNA is in the nucleus, transcription must occur in the nucleus. Free mRNA leaves the nucleus and enters the cytoplasm. There, mRNA serves as a template for protein synthesis. This process is called translation and it occurs in the cytoplasm.
