Spirituality, Quantum Physics & Life

"Never stop Thinking, Never stop Questioning; Never stop Growing. To be realize that everything connects to everything else!! - spl BiNal.

  • Home
  • Documentary
  • NoThingness
  • Nobel Prize
  • Near Death
  • Photosynthesis RC
  • PHYSICS Note
  • Mathematics Note

Bloom’s Taxonomy Approach in Lesson Plan & Project Work

Return to Main Menu
Posted by: spl BiNal. No comments:
Email ThisBlogThis!Share to TwitterShare to FacebookShare to Pinterest
Labels: Bloom’s Taxonomy, Bloom’s Taxonomy Approach in Lesson Plan & Project Work, Lesson Plan, Presentation, Project Work
Older Posts Home
Subscribe to: Posts (Atom)

Welcome & Namaste !!


Learn: how to see, how to think, how to believe & how to fly again!!

"Don't just see things differently, think things differently. Realize that everything connects to everything else."

I like to think that: If only we could know 'Nothingness about SOMETHING'; then only we could know about EVERYTHING more clearly.
» spl BiNal.
Follow @NoThingness020.
Tweets by NoThingness020 .

Category:

  • @>> 'A' is for ATOM:
  • @>> Conic Section (Basic):
  • @>> Documentaries - Video:
  • @>> Maxwell's Equations:
  • @>> Tensor Calculus:
  • @>> Uncertainty Principle:
  • @>> Mathematics (Basic):
  • @>> PHYSICS (Basic):
  • @>> Photosynthesis RC
  • W1. Wave-Particle Duality:

Popular Posts:

  • 18 Equations that changed the WORLD:
    "If you want to learn about nature, to appreciate nature, it is necessary to understand the language that she speaks in." ~ Richa...
  • Explanation on Wave Particle Duality | Schrodinger Equation | Wave Function $(\Psi)$:
    "I am sorry that I ever had anything to do with quantum theory."   - Erwin SchrÓ¦dinger At the beginning of the twentieth ce...
  • T6.1 Ohm's Law:
    Ohm's Law (V = IR): is a fundamental formula in an electronics. It is used to calculate the relationship between voltage (V), curren...
  • The Heisenberg Uncertainty Relations:
    "The more precisely the position is determined, the less precisely the momentum is known in this instant, and vice versa."   --H...
  • E1.3 Kinematics (Acceleration):
    If an object is moving with changing velocity (either increasing or decreasing), the body is said to be in accelerated motion. Wher...
  • In a physics lab experiment, a $6\;kg$ box is pushed across a flat table by a horizontal force $(F)$. (i) If the box is moving at a constant speed of $0.30\;m/s$ and the coefficient of kinetic friction is $0.12$, What is the magnitude of $F$? (ii) If the box is speeding up with a constant acceleration of $0.18\;m/s^2$, what will be the magnitude of $F$?
    Given, Mass of box $(m) = 6\;kg$ (i) Speed of box $(u) = 0.35\;m/s$ Coefficient of kinetic friction $(\mu_k) = 0.12$ Frictional...
  • A Map of Everything know about Mathematics | Mathematics
    The laws of Nature are written in the language of mathematics .... If you want to learn about nature, to appreciate nature, it is nece...

Important Link List:

  • > Lectures Notes - David Tong
  • > Chem.libretexts
  • > American Institute of Physics
  • > Feynman Lecture in PHYSICS
  • > Physics Practical Help
  • > Non-Duality:

Quick Search:

          Connect with US....!!

          

Popular Post:

  • A coin 2.54 cm in diameter held 254 cm from the eye just covers the full moon. What is the diameter of the image of the moon formed by a concave mirror of radius of curvature 1.27 m?
    Given,  The radius of curvature of the mirror $(R) = 1.27\;m = 127\;cm$ ∵ $f = \frac{R}{2} = \frac{127}{2} = 63.5 \;cm$ When an object falls...
  • An explosive of mass M placed at a point explodes into one-third and two-third parts. If the initial kinetic energy of the smaller part is $1000 \; J$. What will be the initial kinetic energy of the bigger part?
    Given, Total mass = $M$ Mass of smaller fragment ($m_1 = $ $\frac{1}{3}$ $M$) Mass of bigger fragment ($m_2 = $ $\frac{2}{3}$ $M$)...
  • Explanation on Wave Particle Duality | Schrodinger Equation | Wave Function $(\Psi)$:
    "I am sorry that I ever had anything to do with quantum theory."   - Erwin SchrÓ¦dinger At the beginning of the twentieth ce...
  • Suppose you try to move a carate by tying a rope qround it and pulling on the rope at angle of $30^0$ above the horizontal. What is the tension required to keep the crate moving with constant velocity? Assume weight of the crate $W = 500N$ and coefficient of dynamic fraction $\mu_k = 0.40$.
    Given, Let $W$ be the weight of the crate, and $R$ be the normal reaction, $T$ be the tension and $f_s$ be the frictional force.   Le...
  • The maximum capacitance of a variable capacitor is $33\; pF$. What should be the self-inductance to be connected to this capacitor for the natural frequency of the LC circuit to be $810 \; KHz$. Corresponding to A.M. broadcast band of Radio Nepal?
    Given, Capacitance $(C) = 33\; pF = 33 * 10^{-12}\;F$ Let, $L$ be the self-inductance connected with the capacitance, so that the natural fr...
  • A Map of Everything know about Mathematics | Mathematics
    The laws of Nature are written in the language of mathematics .... If you want to learn about nature, to appreciate nature, it is nece...
  • In a physics lab experiment, a $6\;kg$ box is pushed across a flat table by a horizontal force $(F)$. (i) If the box is moving at a constant speed of $0.30\;m/s$ and the coefficient of kinetic friction is $0.12$, What is the magnitude of $F$? (ii) If the box is speeding up with a constant acceleration of $0.18\;m/s^2$, what will be the magnitude of $F$?
    Given, Mass of box $(m) = 6\;kg$ (i) Speed of box $(u) = 0.35\;m/s$ Coefficient of kinetic friction $(\mu_k) = 0.12$ Frictional...
  • A glider with mass $m = 2 \; kg$ sits on a frictionless horizontal air track, connected to a spring with force constant $k = 5 \; N/m$. You pull the glider, stretching the spring $0.1 \; m$ and then release it with no initial velocity. The glider begins to move back towards ie equilibrium position $(x = 0)$. What is its velocity when $x = 0.08 \; m$?
    Given, Mass $(m) = 2\;kg$ Force Constant $(k) = 5\;N/m$ Amplitude $(r) = 0.1\;m$ Position $(x) = 0.08\;m$ Velocity at $x = 0.08...
  • Shafii's Mathematics - blog
    What is a Polynomial Ring? It's properties and Examples - *What is a Polynomial Ring? It's properties and Examples * Polynomial rings are fundamental mathematical structures that allow us to study polynomials and...
  • Spirituality, Qtm Physics & Life
    Bloom’s Taxonomy Approach in Lesson Plan & Project Work - *Return to Main Menu*
  • Field of NoThingness - spl BiNal
    Experience the reality of your own Being in order to know everything - Maharishi Mahesh Yogi - 1. Dr. Hagelin: Maharishi has repeatedly said that Unity - the Unified Field - is the only true reality in life: "There is nothing other than Brahm; there...
  • NoThingness Knows Everything
    -

CONTACT Form:

Name

Email *

Message *

What Came Before the Big Bang?

What Came Before the Big Bang?
It is cosmology’s most fundamental question: How did the universe begin? “We have very good evidence that there was a Big Bang, so the universe as we know it almost certainly started some 14 billion years ago. But was that the absolute beginning, or was there something before it?” asks Alexander Vilenkin, a cosmologist at Tufts University near Boston. It seems like the kind of question that can never be truly answered because every time someone proposes a solution, someone else can keep asking the annoying question: What happened before that?

.

Googolplexian - The largest number:

Labels/Tag:

18 equations 1AIJ about: spl-binal Abraham Lincoln Acceleration Additional Potential Energy Albert Einstein Algebraic Structure of Group Alpha particle Alternating Current Amplitude Angle between two lines Annihilation Reaction Application of Gauss's Law Assignment Associative ATOM Atoma (Basic): attractive force Average Force Average Speed banked of road Base Quantities Beautiful speech Bernoulli's Theorem Beyond the Atom Big Bang Binomial Distribution Binomial Theorem Biophysics Blackholes Bloom’s Taxonomy Bloom’s Taxonomy Approach in Lesson Plan & Project Work Bosons Brilliant Madness Bulk Modulus Bunjee Jump Capacitor Cause Centripetal Acceleration Centripetal Force Century Charge Charging of a Capacitor Chemical potential Energy Circle Circular Motion Circular Orbit Circular Road Circular Speed Citation Citation for Research Closer to Truth Closure Coefficient of friction Coefficient of static friction Coefficient of Viscosity Cogitality Collisions Combination Commutative Computational tools Conductor Conic Section (Basic) Conic Sections Consciousness Conservation of Energy Conservation of Kinetic Energy Conservation of Momentum Coordinates in space Coulomb's Law Covarient Derivative Crest Cricket Ball Current DC Circuit Deforming Force Dependent case Derived Quantities Dihedral Angle Dimensional Equation Dimensional Formula Direct Current Circuit Direction Cosine Direction Ratio Discharging of a Capacitor Displacement Distance Divisibility Rules documentary Double-slit experiment Downward Motion Dream Big dynamics Elastic after Effect Elastic Collision - Calculator Elastic Collision in 1 - Dimensional Elastic Collisions Elastic Fatigue Elastic Limit Elastic Potential Energy Elasticity in Physics Electric Field Electric Field & Electric Potential Electric field intensity Electric Lines of Force Electrical circuit Electrical Resistance Electricity Electricity and magnetism Electro Electromagnetic Induction electron Electron transfer reactions Electrostatic Force Electrostatics elementary particles Elevator Ellipse Energy Energy Density Energy Store energy transfer Equation of Continuity Equation of Motion in Straight Line Ernest Rutherford Event Horizon Telescope Exclusive case Exhaustive cases existence Existence of identity Existence of inverse Experiment Exponential Series Factors Favourable case Femtosecond Laser Fermions Feynman Diagram first image of a black hole Fluid Dynamics Force Formula for Statistics Freely falling body Frequency Friction Friction-less horizontal surface Frictional Force Frictionless Horizontal air track fundamental forces Fundamental Units Galileo Galvanometer Gauss's Law general relativity Glider googol googolplex googolplexian Grade 10 - Science Gravitation Gravitational Energy gravitational forces Gravitational Potential Energy Gravity Group Theory Heat and Temperature Heat developed in a wire Heat developed in the Engine Heating Effect of Current Heisenberg Higgs Boson Hooke's Law Horizontal Circle horizontal force horse-power Hyperbola I am IEEE format IEEE format for Citation Impossible Independent case Inductance Inelastic Collisions Inertia Inspire person John Nash Joule's Law Joule's Law of Heating Joules law of Heating Journals Kinematics Kinetic Energy Kirchhoff's Law Laminar Flow Language of Nature largest number Laser LaTeX Laws of Motion LCR Circuit Leader Leadership Leads Leptons Lesson Plan Letter to his son life Ligand Light bulb Limitation of Dimensional Analysis Linear Momentum Logarithmic Series Longitudinal waves Love letter Magnetic Effect of Current Magnetic Flux Magnetism Maharishi Mahesh Yogi Marie Curie mass Mathematical expression of Uncertainty realtion. Mathematics Mathematics equation Maximum Tension Maxwell's Equation Mechanical Energy Mechanical Waves Mechanics Messier 87 Meter Bridge MikTex Miscellaneous Molecule Motion Multiplication ov Vector My Work Nanosecond Laser Nature Neutron Newton's first law Newton’s Law Newton's Law of Viscosity Newton's laws of motion Newton's second law Newton's third law No-thingness Nobel Mind Nobel Prize Normal Reaction Nothing Nothingness Nuclear Physics Nucleus Number divisible Ohm's Law Optics Oscillation Parabola Parallel combination of Resistors Parallel plate Capacitor Parallelogram Law of Vector Addition Path Difference PDB files PDB Viewer Pendulum Perfect Conductor Period Periodic Motion Permittivity Permutation PET PET scan Phase Phase angle Photosynthesis Photosynthesis History Physical equation Physical Properties Physical Quantities Physics Physics Note Physics Syllabus - XII Plasticity PO Box Poiseuille's Formula Poisson's Ratio Positron Positron Emission Tomography Possible Potential Energy Potential Energy Surface Potential Gradient Potentiometer Power Power Engine Power Factor Power in AC Circuit Power of 10 PPT Slide Precision Precision & Significant Figures Prefix Presentation Principle of Superposition Probability Progressive Wave Project Work Projectile Motion Projection Proposal Proton Purple Bacteria Re-action Center PyMOL Q$_A$ binding site Quarks Quinone Radioactivity Rain Falling Reaction Center Redox Potential References Reflection at Curved Mirrors Relative Velocity Repulsive Force Research Residue Resistance Resisting Force Resistivity Resistivity of a conductor Restoring Force Retardation Rhodobacter Sphaeroides(1AIJ) Richard Feynman Rotational Dynamics Satellite Satellite moving in equatorial Plane Scalar Scalar and Vector Schrodinger Schrodinger equation secret Section formula Seeking New Laws Series combination of Resistors ShareLaTeX Shear Modulus SI Units Significant Figures Simple Harmonic Motion Simple Pendulum Sir Issac Newton size and shape Solid Sphere Sound wave Space Space - time spacetime Speed Speed and Velocity spl BiNal spl-binal spl-myself Standard model Stationary Wave Statistic Stoke's Law Strain Stream-Line Flow Stress String String Theory Success Super Conductor Super Conductor & Perfect Conductor Superposition Supplementary Units Surface Structure Swimmer-River Problem Symmetry in Physical Law System of Units Tensor Texmaker The Character of Physical Law The Great Conservation Principles The Law of Gravitation The map of Mathematics The map of Physics The Relation of Mathematics to Physics The secret of learning anything theory of gravity Thesis time Time constant Time of impact Time of Revolution Time Period Time period of the Revolution Total Energy Total Energy. Mechanical Energy Total Resistance Transformers Transverse waves Trials and Events Trough Turbulent Flow Uncertainty Principle Uniform Electric Field Uniform Motion Unit Vector Universal law Uses of Dimensional Equations Vacuum Vector Velocity Vertical Circle visualize atom Voltage Water reservoir tank Water wave Wattful Current Wattless Current Wave function Wave Length Wave Motion Wave Particle Duality Wave Speed Wave Velocity Wave-Particle Wave-Particle duality What Came Before the Big Bang? What is time William Tiller Work Work - Energy Theorem Work done Work Energy and Power Wormholes Young's Modulus Zero Point Energy
Copyright © 2011 - 2019: spl BiNal. Awesome Inc. theme. Powered by Blogger.