Ladies and gentlemen, Students of Physics and Sciences
Welcome to a special Episode of the Triune physics, Tailored specially, prepared and packaged adequately to suit the needs.of students. In the process become a guide and a beacon of hope to those finding it difficult to approach or even attempt physics questions in general.
I believe this package would be helpful to you, so relax, have a sip of non intoxicating wine, stay.cool,.calm and collected as we dive and journey together today.
do stay tuned till the end
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This Will be HELPFUL to those having Challenges with SCIENCES ESPECIALLY PHYSICS - 7 KEYS UNLOCKED - GUIDE TO AN EXCELLENT PERFORMANCE. SAVE ONE TO SAVE AL
https://youtu.be/DhCvKxxfQ00?si=vEiW6NssvraEpYJL #physics #WAEC #NECO #JAMB #JUPEB #NABTEB #exampreparation #success
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0:18 Introduction to keys to Physics Answers
2:18 Step 1 - Step 1: Read the question and Recognize the quandary :
3:13 Step 2: Rake by Visualizarion - Visualize the Problem
4:13 Step 3: Register and Record The Question's Triune Components
5:26 Step 4: Reveal by Identifying the Known Triune Equations:
7:21 Step 5: Replace the Variable with Numbers or figures
8:28 Step 6: Resolve for the Unknown variables
9:28 Step 7: Review, Write, and Reflect - Think in a jiffy
7 Simple Steps to Accurately Attempt or answer physics questions
Your Exclusive Guide is Here. How To: The New Approach. The 7 key steps to answer physics questions in this 21st Century. The last days method
The Last Day method - a term used to describe the increase in knowledge and ability based on a new era. The Triune Method - The Simplified Method
Simple Steps on how to attempt physics questions
Hint on how to attempt and solve physics Mathematical problems in WAEC, NECO, JAMB, NABTEB, JUPEB, OLYMPIAD.
Apply these simple steps and watch how rapidly your grasp and mastery of physics as a subject matter looms evidently.
Many students have found physics a hard knot to crack, and that it is very difficult. Which is why that must be truncated and avoided
How to easily solve
Or attempt physics questions especially mathematical problems
Here are simple Triune steps or keys to a successful performance or to follow when attempting physics questions:
R⁷ - The 7 Keys to Obtain an Accurate Result in Physics
✅✅✅✅✅✅
Step 1: Read the question and Recognize the quandary :
- Read the question carefully to grasp what is being asked.
- Identify the key concepts involved (e.g., motion, mechanics, electricity, optics).
- Understand generally the given data and what needs to be found.
e.g
An object of mass 80kg is pulled on a horizontal rough ground by a force of 500N. FIND THE COEFFICIENT OF STATIC FRICTION
Step 2: Rake by Visualizarion - Visualize the Problem i.e Scan for the problem's Triune Components
- Draw a diagram if applicable (e.g., force diagrams, circuit diagrams).
- Label all relevant forces, distances, velocities, angles, etc.
Reasoning
Diagram
An object of mass 80kg is pulled on a horizontal rough ground by a force of 500N. FIND THE COEFFICIENT OF STATIC FRICTION
Step 3: Register and Record The Question's Triune Components
Identity and pen down the Triune Components of the question
e.g
👉A student walks a distance of 3km in 20 minutes. Calculate his average speed.
Note: There is always an object in physics that receives every action of force; These objects can either be in Solid form, Liquid Form, or gaseous form
- Distance = 3km
- Time = 20minutes
- Average Speed = ?
Step 4: Reveal by Identifying the Known Triune Equations:
- Recall the relevant physics formulas that are related to the problem.
- These is done based on prior or previous knowledge
- List them out - Write the Linking Triune Equation that is relevant to the question as presented i.e Write down the Triune equations that might be useful.
Note: A secret to you, almost all Mathematical equations in physics are arranged or groupped into 3 parts and are separated by operators signs or symbols
e g Speed = Distance/time
v = u + at etc
V² = U² + 2as
S = ut + ½at²
F = Ma
V = IR
E = V + v
V = fλ
Pythagoras theorems
Sine Rule, consine rule etc
Equations on gases
Step 5: Replace the Variable with Numbers or figures
i.e
✅- Plug in the Values:
- Substitute the given values into the relevant equations.
- Ensure all units are consistent (e.g., convert cm to meters if necessary).
- Resolved all S.I units to their fundamentals except otherwise stated from the question
e.g
An object of mass 80kg is pulled on a horizontal rough ground by a force of 500N. FIND THE COEFFICIENT OF STATIC FRICTION
F = 500N
g = 10m/s² constant
But R = W = mg =80 x 10 = 800N
F = μR
500N = μ (800)
Step 6: Resolve for the Unknown variables
✅Isolate the unknown variable and solve the equation by making the unknown subject of the formula
- Simplify the expression step by step (each step fetches marks especially the theory sections
e.g
An object of mass 80kg is pulled on a horizontal rough ground by a force of 500N. FIND THE COEFFICIENT OF STATIC FRICTION
F = 500N
g = 10m/s² constant
But R = W = mg =80 x 10 = 800N
F = μR
500N/800 = μ (800)/800
μ = 500/800
μ = 0.625 (N/N) no S. i Unit
Step 7: Review, Write, and Reflect - Think in a jiffy
🖊️Write your final answer alongside it's S.I unit
-Check Units and Significant Figures:
-Ensure that your final answer has the correct units.
- Round off the answer to the correct number of significant figures.
μ = 0.625 (N/N) no S. i Unit
🖊️- Review Your Work:
Re-read the question to ensure you’ve answered what was asked.
Double-check your calculations and logic.
🖊️ Reflect by Critical thinking
Assess whether your answer makes physical sense.
Consider edge cases or extreme values to see if the solution still holds.
These steps should help you systematically approach and solve physics problems.
Summarily
The new method saves time. Because time is of the essence in all exams especially in physics exams. Students tends to spend much time on physics questions, which will eventually become a disadvantage to the student himself.
Hence, the last days method (when knowledge shall increase) helps to mitigate and FasTrack rapid response ability to examination questions. If judiciously adhered to, or maintained would amount to epic performance in the end.
The Last days Approach Method Where physics questions especially mathematical problems are read, resolved by Identifying the Triune Components as parameters in the question Inserting the Triune Components into it's appropriate Triune Formula. Isolating the unknown variable in the Triune equational components Inputing the accurate result or value alongside it's S.I unit as the final answer.
I hope these method was really useful and helpful to you , don't forget to hit the subscribe button , like, and share this content for others to benefit immensely from it.
0:18 Introduction to keys to Physics Answers
2:18 Step 1 - Step 1: Read the question and Recognize the quandary :
3:13 Step 2: Rake by Visualizarion - Visualize the Problem
4:13 Step 3: Register and Record The Question's Triune Components
5:26 Step 4: Reveal by Identifying the Known Triune Equations:
7:21 Step 5: Replace the
Variable with Numbers or figures
8:28 Step 6: Resolve for the Unknown variables
9:28 Step 7: Review, Write, and Reflect - Think in a jiffy