E-Book: Crack Any Exam with E = MC²
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Please go through the INTRODUCTION first before proceeding further
Secret 9/59:
Count How Many Concepts Exist Before You Study
Secret 9/59: “Count how many concepts there are before you set out to study.”
Before you start studying anything, there is one simple step that
almost no student follows – counting.
This may sound trivial, but it is one of the most powerful study
secrets.
Secret 9 is this:
Never enter a topic without knowing how many concepts are inside it.
Why counting matters
Let’s say Energy is a major construct.
Most students cannot answer this not because they are weak, but because
they never counted.
If you don’t know how many concepts exist, then you will never know what
you have missed.
Counting creates clarity
Now you can say:
- I
know these 8
- I
don’t know these 5
- I
need to work on these
This single step can finish 50% of your study work in one minute.
This is not an exaggeration.
Example: Biological systems
Take the human body.
If you don’t know the number, you will struggle to answer: “What are the
systems?”
But if you know there are 11 systems, then immediately:
- You
know what you have
- You
know what you don’t have
- You
know what to revise
- organs
(concepts)
- functions
(sub-concepts)
- disorders
(applications)
Everything falls into place once the count is clear.
Why students feel lost
Students often say: “I studied, but I feel I’ve missed something.”
Of course, you have because you never knew how many there were to
begin with.
You entered without a map.
Counting is your map.
What exactly is a
“concept”?
A concept is an abstract idea defined by its characteristics.
For example:
- Chair
is a concept
- Table
is a concept
- Fan is
a concept
- Student
is a concept
When I say “chair,” I’m not referring to one specific chair, but to any
object with the characteristics of a chair.
That concept remains stable.
Concept vs Construct
This is important.
- A construct
is a larger framework
- A concept
is a unit inside it
Example:
- House
→ construct
- Fan,
chair, table → concepts
Now, if you decide to study the fan itself, then the fan
becomes a construct, and:
- motor
- wings
- regulator
become concepts under it.
So whether something is a concept or construct depends on your
purpose.
Why this matters in
academics
In Physics:
- “Heat”
has a precise concept
- “Energy”
is a construct
- “Forms
of energy” are concepts
But many students think about heat the same way a layperson does, not
the way a physicist does.
That is because they never defined the concept boundaries.
Counting prevents confusion
Let’s return to the main rule:
First job before studying:
COUNT
- How
many constructs are there?
- How
many concepts under each?
- How
many sub-concepts are under each concept?
Once you count:
- You
know your syllabus
- You
know your gaps
- You
know your priorities
Without counting:
- Everything
feels endless
- Revision
feels scary
- Exams
feel unpredictable
Why professionals never
skip this step
Professionals always know:
- How
many parts exist
- Where
each part fits
- What
happens if one part is missing
Students skip this step and then wonder why everything feels confusing.
Final Message
Before you read, before you memorize, before you revise, and before you
panic -- COUNT.
This is Secret 9 of the 59 Secrets to Studying.
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