Episode Synopsis "WHAT IS A PROJECTILE MOTION?- EXAMPLES, FACTORS AFFECTING & VELOCITY COMPONENTS"

This episode is also available as a blog post: https://eduphysicscbseandneet.in/2021/08/26/what-is-a-projectile-motion-examples-factors-affecting-velocity-components/

Listen "WHAT IS A PROJECTILE MOTION?- EXAMPLES, FACTORS AFFECTING & VELOCITY COMPONENTS"

More episodes of the podcast eduphysics (CBSE AND NEET)

• ENERGY STORED IN A CAPACITOR (ALTERNATIVE METHOD)
• CAPACITOR, ITS WORKING & CAPACITANCE OF A CAPACITOR
• SCREW GAUGE- Formula and Uses
• SCREW GAUGE -NUMERICALS
• WHAT IS A PROJECTILE MOTION?- EXAMPLES, FACTORS AFFECTING & VELOCITY COMPONENTS
• What is terminal velocity? -Definition, expression & examples
• Differences between interference and diffraction-FAQ
• How many atoms of gold are in 2.3 grams of gold?
• FAQ – SURFACE TENSION CLASS 11 ; eduphysics CBSE AND NEET
• INTERNAL RESISTANCE OF A CELL/ PHYSICS PRACTICAL QUESTION
• DISPERSION OF WHITE LIGHT AND THE PRIMARY CAUSE
• What is spring constant? – significance, formula, unit, dimension & numerical
• Resistance and resistivity of its material using meter bridge
• Dual nature of matter and radiation-Class 12 Physics
• What is surface tension? – Definition, Causes, Units, Dimensional formula & Examples
• What is zero, positive and negative error in a screw gauge? Physics practical
• COMPOUND MICROSCOPE – NUMERICAL
• METER BRIDGE (MEASURING UNKNOWN RESISTANCE ) – NUMERICAL
• REFRACTION THROUGH A PRISM (Angle of minimum deviation and Refractive index)- NUMERICAL
• eBook on PHYSICS
• KIRCHHOFF’S LAW – NUMERICAL (4)
• CLASSIFICATION OF MATERIALS BASED ON THEIR RESISTIVITY VALUES(FOR K12 STUDENTS)
• WHAT IS RESISTANCE ? – CAUSE, FACTORS AFFECTING & EXPERIMENT
• RESISTANCE AND RESISTIVITY – NUMERICAL
• CONVERSION OF A GALVANOMETER INTO AN AMMETER
• SPEED OF SOUND- USING RESONANCE AIR COLUMN APPARATUS- NUMERICAL
• SPEED OF SOUND : THROUGH DIFFERENT MEDIA, IN AIR AT VARIOUS TEMPERATURES & EXPERIMENTAL METHOD
• MOTION OF CHARGED PARTICLES IN A UNIFORM MAGNETIC FIELD-NUMERICALS
• HOOKE’S LAW OF ELASTICITY – NUMERICAL
• CYCLOTRON (cont….) page -3
• EXPRESSION FOR THE MAGNETIC FIELD INSIDE A LONG STRAIGHT SOLENOID
• EXPRESSION FOR THE MAGNETIC FIELD INSIDE A LONG STRAIGHT SOLENOID
• YOUNG’S DOUBLE SLIT EXPERIMENT
• WHAT IS HOOKE’S LAW OF ELASTICITY? FORMULA, EXAMPLES, APPLICATIONS & LIMITATIONS.
• CAPACITANCE OF A CAPACITOR. (with dielectric between the plates of the capacitor)
• DAVISSON AND GERMER EXPERIMENT & De-BROGLIE’S RELATION/PHYSICS
• WHAT IS HOOKE’S LAW OF ELASTICITY?STATEMENT,FORMULA,SPRING CONSTANT & EXPERIMENT
• De-BROGLIE WAVELENGTH- NUMERICALS/PHYSICS
• RESISTIVITY OF THE MATERIAL OF A WIRE
• BOHR’S ATOM MODEL
• DISPERSION OF WHITE LIGHT (1)
• PHOTOELECTRIC EFFECT
• DUAL NATURE OF LIGHT(1)
• RELATION BETWEEN CURRENT AND DRIFT VELOCITY (2)
• FORCE ON A CURRENT CARRYING CONDUCTOR IN A MAGNETIC FIELD
• KIRCHHOFF’S LAW-NUMERICAL (3)
• TORQUE-NUMERICAL (1)
• WHAT IS TORQUE? DEFINITION AND EXAMPLES
• WHAT IS TORQUE? HOW DOES TORQUE WORK IN A VEHICLE?
• HOW THE FORCE BETWEEN TWO PARALLEL CURRENT CARRYING WIRE IS AFFECTED?
• BANKING OF ROADS-NUMERICAL (1)
• HOW BANKING OF ROAD WILL HELP THE VEHICLE TO TRAVEL ALONG A CIRCULAR PATH?
• WHAT IS INTERNAL RESISTANCE ? HOW TO CALCULATE THE INTERNAL RESISTANCE OF A CELL/BATTERY?
• EINSTEIN’S THEORY OF PHOTOELECTRIC EFFECT
• HUYGENS WAVE THEORY- LAWS OF REFRACTION
• CONSTRUCTION, WORKING & MAGNIFYING POWER OF A COMPOUND MICROSCOPE
• WHAT IS BINDING ENERGY PER NUCLEON? HOW IT IS RELATED TO THE STABILITY OF THE NUCLEUS?
• HOW TO CALCULATE BINDING ENERGY PER NUCLEON?
• WHAT IS MASS DEFECT & BINDING ENERGY PER NUCLEON OF A NUCLEUS? HOW TO CALCULATE?
• WHY IS A RESISTOR COLOUR-CODED? HOW IS TO READ COLOUR CODES?
• RELATION BETWEEN CURRENT AND DRIFT VELOCITY(1)
• PHOTOELECTRIC WORK FUNCTION,THRESHOLD FREQUENCY, THRESHOLD WAVELENGTH, STOPPING POTENTIAL & KINETIC ENERGY OF PHOTOELECTRONS
• De-BROGLIE WAVELENGTH OF MATTER WAVES
• INTERFERENCE OF LIGHT
• DUAL NATURE OF LIGHT(2)
• DIFFERENCES BETWEEN INTERFERENCE AND DIFFRACTION.
• DISPERSION OF WHITE LIGHT(2)
• GAUSS’S THEOREM IN ELECTROSTATICS