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- OCR Gateway GCSE Biology Paper 1 2025 Predictions π§ͺπ
OCR Gateway GCSE Biology Paper 1 2025 Predictions π§ͺπ
NEW for 2025 π₯ FREE video walkthroughs showing you how to write answers the way examiners love! π
Get ready to smash your OCR Gateway GCSE Biology Paper 1 with our 2025 Predicted Papers! π§ͺπ
Last year, we nearly predicted EVERY single topic correctly! π₯π― And this year, weβve analysed all the trends and patterns again to bring you:
β
Exam-style questions designed to match the real thing π
β
Mark schemes so you know exactly how to score top marks β
β
NEW for 2025 π₯ FREE video walkthroughs showing you how to write answers the way examiners love! π
Want even MORE support? π― Join our Masterclasses to get:
π Access to our Revision Accelerator Course over the school holidays π
π Live exam prep sessions the night before your exam for that final confidence boost! π§π’
Weβve done the hard work, but donβt forgetβrevise everything to be fully prepared! π‘πͺ
Ready to boost your grade? Grab your predicted papers & masterclass
Youβve got this! ππ
Which paper are you sitting?
OCR Gateway | GCSE Separate Science Biology | Higher | Paper 1 | 2025 Predicted Topics & Revision Guide
Here are our 2025 predictions for OCR Gateway GCSE Separate Science Biology Higher Paper 1! π¬β¨ These topics are based on past trends, but rememberβrevise everything to be fully prepared! πͺπ
βοΈ Photosynthesis (Including Practical Techniques)
β
Word equation:
Carbon dioxide + Water β Glucose + Oxygen
β
Where? β In the chloroplasts (contain chlorophyll to absorb light)
β
Factors affecting photosynthesis:
Light intensity β More light = More photosynthesis (up to a point)
Carbon dioxide concentration β More COβ = More photosynthesis
Temperature β Too low = Slow reaction, Too high = Enzymes denature
β Required Practical: Investigating the Effect of Light on PhotosynthesisUse pondweed in a beaker of water
Shine a light at different distances
Count bubbles of oxygen produced or measure volume of gas collected
π§ Cell Transport β Diffusion & Active Transport
β
Diffusion: Movement of molecules from high to low concentration (passive, no energy needed)
β
Examples of Diffusion:
Oxygen & carbon dioxide moving in and out of cells
Glucose & amino acids absorbed in the small intestine
β Active Transport: Movement from low to high concentration (requires energy)
β Examples of Active Transport:Root hair cells absorbing minerals
Glucose reabsorption in kidneys
π©Έ Homeostasis (Including Blood Glucose Control)
β
Homeostasis = Maintaining a constant internal environment
β
Blood glucose control:
Insulin (lowers blood sugar) β Tells liver to store glucose as glycogen
Glucagon (raises blood sugar) β Tells liver to release stored glucose
β Diabetes:Type 1: Body doesnβt produce insulin (treated with injections)
Type 2: Cells stop responding to insulin (managed with diet & exercise)
π± Plant Transport (Xylem, Phloem & Transpiration) Including Practical Techniques
β Xylem:
Carries water & minerals up the plant (one direction)
Made of dead cells, walls strengthened with lignin
β Phloem:Carries sugars & nutrients up and down the plant
Made of living cells, has sieve plates
β Transpiration:The loss of water vapour from leaves through stomata
Factors increasing transpiration:
Higher temperature
Lower humidity
More wind
Higher light intensity
β Required Practical: Investigating Transpiration
Use a potometer to measure water uptake
Change conditions (e.g. temperature, wind, light)
𧬠Reproduction (Including Contraception)
β Sexual reproduction:
Two parents
Offspring genetically different (variation)
β Asexual reproduction:One parent
Offspring genetically identical (clones)
β Contraception Methods:Hormonal (Pill, implant, injection) β Stops ovulation
Barrier (Condoms, diaphragms) β Stops sperm meeting egg
Surgical (Sterilisation, vasectomy) β Permanent prevention
π§ The Nervous System (Including the Brain)
β
Pathway of a Reflex Arc:
Stimulus β Receptor β Sensory neurone β Relay neurone β Motor neurone β Effector β Response
β
Key Parts of the Brain:
Cerebrum: Memory, thinking, speech
Cerebellum: Balance, coordination
Medulla: Controls heartbeat & breathing
β How Scientists Study the Brain:MRI scans
Studying brain-damaged patients
Electrical stimulation
π° Structure & Function of the Kidney
β Main functions of the kidney:
Filtration of blood β Removes urea, excess water & ions
Selective reabsorption β Glucose, amino acids & needed water are reabsorbed
β Key structures:Nephrons β Tiny filtering units in the kidney
Urea is removed in urine
β Kidney failure treatments:Dialysis: Filters blood externally
Kidney transplant: Permanent solution but risk of rejection
π‘ Final Advice & Masterclasses!
π₯ These topics are predicted, but rememberβrevise everything!
π₯ Practise past papers to get used to the types of questions that come up!
π₯ Need extra support? Join our Masterclasses! Weβve got revision boosters and live exam prep sessions the night before to help you feel exam-ready! π§π’
π Most importantly, look after yourself! Exam stress is real, but your grades do not define your worth. Take breaks, eat well, and believe in yourselfβyouβve got this! πͺβ¨
π Get your predicted papers & masterclass spot
OCR Gateway | GCSE Combined Science Biology | Higher | Paper 1 | 2025 Predicted Topics & Revision Guide
Here are our 2025 predictions for OCR Gateway GCSE Combined Science Biology Higher Paper 1! π¬β¨ These topics are based on past trends, but rememberβrevise everything to be fully prepared! πͺπ
βοΈ Photosynthesis (Including Practical Techniques)
β
Word equation:
Carbon dioxide + Water β Glucose + Oxygen
β
Where? β In the chloroplasts (contain chlorophyll to absorb light)
β
Factors affecting photosynthesis:
Light intensity β More light = More photosynthesis (up to a point)
Carbon dioxide concentration β More COβ = More photosynthesis
Temperature β Too low = Slow reaction, Too high = Enzymes denature
β Required Practical: Investigating the Effect of Light on PhotosynthesisUse pondweed in a beaker of water
Shine a light at different distances
Count bubbles of oxygen produced or measure volume of gas collected
π§ Cell Transport β Diffusion & Active Transport
β
Diffusion: Movement of molecules from high to low concentration (passive, no energy needed)
β
Examples of Diffusion:
Oxygen & carbon dioxide moving in and out of cells
Glucose & amino acids absorbed in the small intestine
β Active Transport: Movement from low to high concentration (requires energy)
β Examples of Active Transport:Root hair cells absorbing minerals
Glucose reabsorption in kidneys
π©Έ Homeostasis (Including Blood Glucose Control)
β
Homeostasis = Maintaining a constant internal environment
β
Blood glucose control:
Insulin (lowers blood sugar) β Tells liver to store glucose as glycogen
Glucagon (raises blood sugar) β Tells liver to release stored glucose
β Diabetes:Type 1: Body doesnβt produce insulin (treated with injections)
Type 2: Cells stop responding to insulin (managed with diet & exercise)
π± Plant Transport (Xylem, Phloem & Transpiration) Including Practical Techniques
β Xylem:
Carries water & minerals up the plant (one direction)
Made of dead cells, walls strengthened with lignin
β Phloem:Carries sugars & nutrients up and down the plant
Made of living cells, has sieve plates
β Transpiration:The loss of water vapour from leaves through stomata
Factors increasing transpiration:
Higher temperature
Lower humidity
More wind
Higher light intensity
β Required Practical: Investigating Transpiration
Use a potometer to measure water uptake
Change conditions (e.g. temperature, wind, light)
𧬠Reproduction (Including Contraception)
β Sexual reproduction:
Two parents
Offspring genetically different (variation)
β Asexual reproduction:One parent
Offspring genetically identical (clones)
β Contraception Methods:Hormonal (Pill, implant, injection) β Stops ovulation
Barrier (Condoms, diaphragms) β Stops sperm meeting egg
Surgical (Sterilisation, vasectomy) β Permanent prevention
π§ The Nervous System
β
Pathway of a Reflex Arc:
Stimulus β Receptor β Sensory neurone β Relay neurone β Motor neurone β Effector β Response
β
Key Parts of the Brain:
Cerebrum: Memory, thinking, speech
Cerebellum: Balance, coordination
Medulla: Controls heartbeat & breathing
β How Scientists Study the Brain:MRI scans
Studying brain-damaged patients
Electrical stimulation
π‘ Final Advice & Masterclasses!
π₯ These topics are predicted, but rememberβrevise everything!
π₯ Practise past papers to get used to the types of questions that come up!
π₯ Need extra support? Join our Masterclasses! Weβve got revision boosters and live exam prep sessions the night before to help you feel exam-ready! π§π’
π Most importantly, look after yourself! Exam stress is real, but your grades do not define your worth. Take breaks, eat well, and believe in yourselfβyouβve got this! πͺβ¨
π Get your predicted papers & masterclass spot
OCR Gateway | GCSE Combined Science Biology | Foundation | Paper 1 | 2025 Predicted Topics & Revision Guide
Here are our 2025 predictions for OCR Gateway GCSE Combined Science Biology Foundation Paper 1! π¬β¨ These topics are based on past trends, but rememberβrevise everything to be fully prepared! πͺπ
βοΈ Photosynthesis (Including Practical Techniques)
β
Word equation:
Carbon dioxide + Water β Glucose + Oxygen
β
Where does it happen? β In the chloroplasts (contain chlorophyll to absorb light)
β
Factors affecting photosynthesis:
Light intensity β More light = More photosynthesis (up to a point)
Carbon dioxide concentration β More COβ = More photosynthesis
Temperature β Too low = Slow reaction, Too high = Enzymes denature
β Required Practical: Investigating the Effect of Light on PhotosynthesisUse pondweed in a beaker of water
Shine a light at different distances
Count bubbles of oxygen produced or measure volume of gas collected
π§ Cell Transport β Diffusion & Active Transport
β
Diffusion: Movement of molecules from high to low concentration (passive, no energy needed)
β
Examples of Diffusion:
Oxygen & carbon dioxide moving in and out of cells
Glucose & amino acids absorbed in the small intestine
β Active Transport: Movement from low to high concentration (requires energy)
β Examples of Active Transport:Root hair cells absorbing minerals
Glucose reabsorption in kidneys
π©Έ Homeostasis (Including Blood Glucose Control)
β
Homeostasis = Keeping conditions inside the body stable
β
Blood glucose control:
Insulin (lowers blood sugar) β Tells liver to store glucose as glycogen
Glucagon (raises blood sugar) β Tells liver to release stored glucose
β Diabetes:Type 1: Body doesnβt produce insulin (treated with injections)
Type 2: Cells stop responding to insulin (managed with diet & exercise)
π± Plant Transport (Xylem, Phloem & Transpiration) Including Practical Techniques
β Xylem:
Carries water & minerals up the plant (one direction)
Made of dead cells, walls strengthened with lignin
β Phloem:Carries sugars & nutrients up and down the plant
Made of living cells, has sieve plates
β Transpiration:The loss of water vapour from leaves through stomata
Factors increasing transpiration:
Higher temperature
Lower humidity
More wind
Higher light intensity
β Required Practical: Investigating Transpiration
Use a potometer to measure water uptake
Change conditions (e.g. temperature, wind, light)
𧬠Reproduction (Including Contraception)
β Sexual reproduction:
Two parents
Offspring genetically different (variation)
β Asexual reproduction:One parent
Offspring genetically identical (clones)
β Contraception Methods:Hormonal (Pill, implant, injection) β Stops ovulation
Barrier (Condoms, diaphragms) β Stops sperm meeting egg
Surgical (Sterilisation, vasectomy) β Permanent prevention
π Your Mental Health Matters π
Exams are important, but they do not define you. Your hard work, kindness, and resilience mean so much more than any grade ever could. π
Itβs okay to feel stressed, but remember to:
π§ββοΈ Take breaks β your brain needs rest to work at its best!
π€ Get enough sleep β a well-rested mind learns better.
π Eat well & stay hydrated β fuel your body and brain.
π¬ Talk to someone β youβre never alone, and support is always there.
Believe in yourselfβyou are capable, strong, and more than enough! πͺβ¨ No matter what happens, you are valued and worthy just as you are. π