Cells Retrieval Practice - January 21, 202

RETRIEVAL PRACTICE OF PRIOR KNOWLEDGE FOR DAILY REVIEW Title: Cells Date: Tuesday, January 21, 202 Movem They do move, they change With a purple ent orientation depending on the pen, mark your position of the...

RETRIEVAL PRACTICE OF PRIOR KNOWLEDGE FOR DAILY REVIEW Title: Cells Date: Tuesday, January 21, 202 Movem They do move, they change With a purple ent orientation depending on the pen, mark your position of the sun answers from the Respirat Glucose + Oxygen → Carbon MRS H GREN dioxide + Water ion C6H12O6 +6O2 → 6CO2 +6H2O research task Respiration happens in you completed Sensitiv Being able to detect stimuli allows organisms to respond to the mitochondria last environment around them, giving them the best lesson chance of survival ity Humans have a nervous system (electrical impulses in neurones) and endocrine system (hormones) In plants responses are controlled by chemicals  RETRIEVAL PRACTICE OF PRIOR KNOWLEDGE FOR DAILY REVIEW Title: Cells Date: Tuesday, January 21, 202 Homeost In animals body temperature, blood glucose levels and asis water levels are under homeostatic control In plants temperature is under homeostatic control Grow It is not a permanent increase in size, th so is not growth Reproduc Sexual reproduction: Two parents are involved, tion involves the fusion of gametes and offspring are not genetically identical to the parents Asexual reproduction: There is only one parent, there is no fusion of gametes and the offspring are  RETRIEVAL PRACTICE OF PRIOR KNOWLEDGE FOR DAILY REVIEW Title: Cells Date: Tuesday, January 21, 202 Excretion Metabolic reactions produce waste products Waste products excreted by animals include: o Carbon dioxide from respiration, excreted during exhaling o Water from respiration and other chemical reactions, excreted in urine o Urea which contains nitrogen resulting from the breakdown of proteins, excreted in sweat and urine Waste products excreted by plants include: o Oxygen from photosynthesis o Carbon dioxide from respiration o Water from respiration and other chemical reactions Nutrition Plant perform photosynthesis, they are described as autotrophs Animals consume other organisms, breaking down large complex molecules into simple molecules that are absorbed in digestion. They are described as  WHAT IS THE PURPOSE AND VALUE OF WHAT WE ARE LEARNING TODAY? LEARNING Understand the structure of plant and animal cells INTENTION SUCCESS 1. Illustrate plant and animal cells CRITERIA 2. Describe the similarities and differences between plant and animal cells 3. Describe the function of organelles in plant and animal cells HPL – META THINKING CHALLENGE Be able to classify unfamiliar cells as plant, animal or neither from their structure.  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Identify the organelle A: Ribosome B: Chloroplast C: Cell membrane HPL – META D: Nucleus LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Identify the organelle A: Vacuole B: Cytoplasm C: Ribosome D: HPL – META Mitochondria LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Identify the organelle Cell membrane A: Cytoplasm B: Cell wall C: Nucleus HPL – META D: Cell LINKING membrane HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Identify the organelle A: Ribosome B: Chloroplast C: Cell membrane HPL – META D: Mitochondria LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Identify the organelle A: Cytoplasm B: Cell wall C: Nucleus D: Cell HPL – META membrane LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Identify the organelle A: Ribosome B: Chloroplast C: Cell membrane HPL – META D: Mitochondria LINKING HPL -  NEW LEARNING AND EXPLORATION IN SMALL STEPS Using the following keywords label the given cell images Cell wall Cell membrane Cytoplasm Nucleus Mitochondria Chloroplasts LINKING HPL - Permanent vacuole Ribosome HPL – META HPL - THINIKNG REALISING CONSOLIDATION AND NEXT STEPS  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Plant or animal cell? Plant cell HPL – META LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Plant or animal cell? Plant cell HPL – META LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Plant or animal cell? Animal cell HPL – META LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Plant or animal cell? Plant cell HPL – META LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Plant or animal cell? Animal cell HPL – META LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Plant or animal cell? Animal cell HPL – META LINKING HPL -  NEW LEARNING AND EXPLORATION IN SMALL STEPS You need to know the function of all the organelles inside cells https://www.youtube.com/watch?v=QCCp-Y_-7J0 1:24 As the video plays match the organelle with its function LINKING HPL -  CONSOLIDATION AND NEXT STEPS Mitochondria Controls what enters and exits the cell REALISING Site of photosynthesis. Contains Permanent chlorophyll to absorb light to HPL - vacuole make glucose (food) for a plant Cell Contains stored cell sap membrane The site of respiration, where Cytoplasm energy is released Made from cellulose fibres, HPL – META Chloroplast THINIKNG strengthens and supports the cell Cell wall Where proteins are made Ribosome Contains nutrients, where chemical reactions occur Nucleus Contains DNA and controls the  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Stores the DNA of the cell A: Ribosome B: Chloroplast C: Cell membrane HPL – META D: Nucleus LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Controls what enters and exits the cell A: Ribosome B: Chloroplast C: Cell HPL – META membrane LINKING D: Mitochondria HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Strengthens and supports the cell – made of cellulose A: Cytoplasm B: Cell wall C: Nucleus HPL – META D: Cell LINKING membrane HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Where respiration happens and energy is released A: Ribosome B: Chloroplast C: Cell HPL – META membrane LINKING D: Mitochondria HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Where respiration happens and energy is released A: Cytoplasm B: Cell wall C: Nucleus HPL – META D: Cell LINKING membrane HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Where photosynthesis happens A: Ribosome B: Chloroplast C: Cell HPL – META membrane LINKING D: Mitochondria HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Where cell sap is stored A: Cytoplasm B: Cell wall C: Nucleus HPL – META D: Vacuole LINKING HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Where proteins are made A: Ribosome B: Chloroplast C: Cell HPL – META membrane LINKING D: Mitochondria HPL -  AFL - PROGRESS CHECK AGAINST SUCCESS CRITERIA Where proteins are made A: Ribosome B: Chloroplast C: Cell HPL – META membrane LINKING D: Mitochondria HPL -  SCAFFOLDED INDEPENDENT AND COLLABORATIVE PRACTICE Complete the worksheet ANALYSING HPL - HPL – Extension Q1. Here is a picture of a cell. Do you think it is a plant or an animal cell or neither. Give reasons for your answer Q2. Viruses need a host cell to replicate. Argue for/against viruses being HPL – META HPL - THINIKNG REALISING CONSOLIDATION AND NEXT STEPS HPL – META HPL - THINIKNG REALISING CONSOLIDATION AND NEXT STEPS