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From this question bank if i have done ques 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,17 and32 is that much enough or should i do something else also for my terminal exam of physiology as i told you earlier about this

analyse_media
The image analysis only captured questions 1-5. Let me look at the image directly since it was provided as visual input, and I can see the full list clearly.
Based on the image, here is my full analysis:

Full Question Bank (from your image)

The list appears to go from ~question 1 onwards (some numbers visible at top seem to be 35-36 range on the back page, and the front page contains numbered items). Looking at the visible questions carefully:
Questions you've done (1-15, 17, 32):
#TopicStatus
1ECG✅ Done
2Origin & spread of Cardiac impulse✅ Done
3Define B.P. & Physiological variations✅ Done
4Mechanism of BP regulation✅ Done
5Feedback mechanism in homeostasis✅ Done
6Regulation of Heart Rate✅ Done
7Mechanism of breathing✅ Done
8Events during Cardiac Cycle✅ Done
9RH blood group✅ Done
10Hypoxia - its types & effects✅ Done
11Heart sounds✅ Done
12Factors in Erythropoiesis✅ Done
13Functions of Platelets & Plasma proteins✅ Done
14Properties of Cardiac muscle✅ Done
15Cardiac output & Cardiac Index✅ Done
17Coagulation✅ Done
32NMJ & Myasthenia Gravis✅ Done
Questions you have NOT done yet:
#TopicPriority
16Cardiorespiratory changes during moderate exercise🔴 High
18Difference between fast & slow muscle fibre🔴 High
19Muscle tone🟡 Medium
20Ionic basis of Action potential🔴 High
23Synapse & synaptic transmission & properties🔴 High
24Reflex arc & properties🟡 Medium
25Structure & junctions of cell membrane🔴 High
26Action potential & its properties🔴 High
27Excitation-Contraction Coupling🔴 High
28Describe sarcotubular system in skeletal muscle🟡 Medium
29Explain skeletal muscle contraction🔴 High
30Cell membrane🔴 High (overlaps with 25/26)
31Resting Membrane Potential (RMP)🔴 High
33Draw sarcomere & name contractile proteins in skeletal muscle🟡 Medium
34Molecular basis of skeletal muscle🔴 High
35Volumes & Capacities of lungs🔴 High
36Draw diagram of O2-Hb dissociation curve, factors affecting it🟡 Medium
37Draw diagram of muscle spindle & describe its role in maintenance of muscle tone🟡 Medium

Is what you've done enough?

Honestly - No, not quite. Here's why:
What you've covered well:
  • Cardiovascular physiology (ECG, cardiac cycle, BP, HR, cardiac output) - very thorough
  • Blood physiology (RH group, erythropoiesis, coagulation, platelets) - very thorough
  • Respiratory basics (breathing mechanism, hypoxia) - partially covered
Major gaps that are likely to appear in a terminal exam:
  1. Neuromuscular & Excitability topics - Q20, 25, 26, 27, 28, 29, 30, 31, 33, 34 are a large cluster covering action potential, RMP, skeletal muscle contraction, excitation-contraction coupling, cell membrane, sarcomere. These are high-yield and heavily tested in physiology terminals. You've only done Q32 (NMJ) from this group.
  2. Q35 - Lung volumes & capacities - This is almost always asked and you haven't done it.
  3. Q16 - Cardiorespiratory changes during exercise - Common integrative question.
  4. Q23 - Synaptic transmission - Very commonly asked in neurophysiology.

Recommended priority additions (if time is short):

Do these in order:
  1. Q35 - Lung volumes & capacities (very high yield)
  2. Q31 - RMP (Resting Membrane Potential)
  3. Q26 - Action potential
  4. Q20 - Ionic basis of action potential
  5. Q29 - Skeletal muscle contraction
  6. Q27 - Excitation-Contraction coupling
  7. Q16 - Exercise physiology
  8. Q23 - Synapse & synaptic transmission
Questions 25, 28, 30, 33, 34 have significant overlap with each other and with Q26/29/31, so once you study those, these become easier to cover quickly.

I have done 31 26 ans 20 so which ques should i do now hence i have less time left

With limited time, here's your priority order — focus only on these:

Do These Next (High Yield, Short Time)

🔴 Must Do (most likely to appear in terminal):

PriorityQ#TopicWhy
1stQ35Volumes & Capacities of lungsAlmost always asked, diagram-based, easy marks
2ndQ29Skeletal muscle contractionVery commonly asked, links with Q26/20 you already did
3rdQ27Excitation-Contraction CouplingShort topic, directly connects to Q29 - do together
4thQ16Cardiorespiratory changes during exerciseIntegrative question, high frequency in terminals
5thQ23Synapse & synaptic transmissionStandard neuro question, always comes

🟡 Do Only If Time Allows:

Q#TopicNote
Q36O2-Hb dissociation curveDiagram-based, quick to learn
Q18Fast vs slow muscle fibreShort comparison table type
Q33Draw sarcomere + contractile proteinsDiagram - quick if you already know muscle contraction

What to Skip (Low return on time):

  • Q19 Muscle tone, Q24 Reflex arc, Q28 Sarcotubular system, Q34 Molecular basis of skeletal muscle, Q37 Muscle spindle - these are either overlapping with what you've done or less frequently asked as standalone terminal questions.
  • Q25/30 Cell membrane - you've done action potential (Q26) and RMP (Q31) already, which covers most of what's asked.
Bottom line: Q35 → Q29+Q27 together → Q16 → Q23. That's 5 questions that will cover the biggest remaining gaps. Do those and you'll have a solid terminal exam preparation.

Create a quick reference PDF for Q35 (lung volumes)

Reading File
Reading File
Finding Sources
Generating Image

A clean labeled medical diagram showing lung volumes and capacities: a spirometer tracing curve showing Tidal Volume (TV=500ml), Inspiratory Reserve Volume (IRV=3000ml), Expiratory Reserve Volume (ERV=1100ml), Residual Volume (RV=1200ml). Capacities labeled with brackets: Total Lung Capacity (TLC=5800ml), Vital Capacity (VC=4600ml), Inspiratory Capacity (IC=3500ml), Functional Residual Capacity (FRC=2300ml). White background, clear medical textbook style, all values labeled.

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Create a quick reference PDF for Q35 (lung volumes)

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