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Siliveru Anil Kumar
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#Educational Updates
#🎓జాబ్ ప్రిపరేషన్📚
#💼TSPSC/ APPSC ప్రత్యేకం
#📖ఎడ్యుకేషన్✍
#🏆పోటీ పరీక్షల స్పెషల్
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![Educational Updates - LAWS OF MOTION: NEWTONS LAWS oF MOTION TYPES OF INERTIA Inertia of Rest Inertia of First Law (Law of Inertia) Motion An object remains at rest or in uniform motion unless] acted upon by an external force Bus starts moving This passage for Second Law: F= ma Inertia of Motion Kanlt | Force (F) equals mass (m) times acceleration) | Rolls in effect after ball let reconstrol | Third Law Every action has an equal Anu Inertia of Direction and opposite reaction Action Reaction] FORCE AND FREE-BODY DIAGRAMS LAW OF CONSERVATION Normal Force: Contact forces: N OF MOMENTUM Friction Friction] Ng Normal Total momentum before Tension Total momentum after Weight Weigt NF miu +mzVz m1V + m2V2 Non-Contact Forces:| FrivZ Gravitational f5 = Jp + 4b FRICTION Electrostatic Static Friction: fs sHN TENSION IN STRINGS ? EQUILIBRIUM Kinetic Friction fk = பN OF FORCES AF Limiting Friction Tk Forces are balanced N ZF=0 m8 REAL LIFE APPLICATIONS mg D:Sد Forces Force: ೦ T-F2 mg F N mg> FRICTION Walking Rocket Motion Static Friction: Friction between Rocket engine f5 = KsN + TENSION IN STRINGS ? Shoes and ground propels the rocket by expelling gases. helps Us move forward Kinetic Friction: 41 8 fa = AzN REAL-LIFE APPLICATIONS p=F Walking N mg Friction between shoes and ground | helps us move Torward LAWS OF MOTION: NEWTONS LAWS oF MOTION TYPES OF INERTIA Inertia of Rest Inertia of First Law (Law of Inertia) Motion An object remains at rest or in uniform motion unless] acted upon by an external force Bus starts moving This passage for Second Law: F= ma Inertia of Motion Kanlt | Force (F) equals mass (m) times acceleration) | Rolls in effect after ball let reconstrol | Third Law Every action has an equal Anu Inertia of Direction and opposite reaction Action Reaction] FORCE AND FREE-BODY DIAGRAMS LAW OF CONSERVATION Normal Force: Contact forces: N OF MOMENTUM Friction Friction] Ng Normal Total momentum before Tension Total momentum after Weight Weigt NF miu +mzVz m1V + m2V2 Non-Contact Forces:| FrivZ Gravitational f5 = Jp + 4b FRICTION Electrostatic Static Friction: fs sHN TENSION IN STRINGS ? EQUILIBRIUM Kinetic Friction fk = பN OF FORCES AF Limiting Friction Tk Forces are balanced N ZF=0 m8 REAL LIFE APPLICATIONS mg D:Sد Forces Force: ೦ T-F2 mg F N mg> FRICTION Walking Rocket Motion Static Friction: Friction between Rocket engine f5 = KsN + TENSION IN STRINGS ? Shoes and ground propels the rocket by expelling gases. helps Us move forward Kinetic Friction: 41 8 fa = AzN REAL-LIFE APPLICATIONS p=F Walking N mg Friction between shoes and ground | helps us move Torward - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_708720_207b8bde_1775590707315_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=315_sc.jpg "Educational Updates - LAWS OF MOTION: NEWTONS LAWS oF MOTION TYPES OF INERTIA Inertia of Rest Inertia of First Law (Law of Inertia) Motion An object remains at rest or in uniform motion unless] acted upon by an external force Bus starts moving This passage for Second Law: F= ma Inertia of Motion Kanlt | Force (F) equals mass (m) times acceleration) | Rolls in effect after ball let reconstrol | Third Law Every action has an equal Anu Inertia of Direction and opposite reaction Action Reaction] FORCE AND FREE-BODY DIAGRAMS LAW OF CONSERVATION Normal Force: Contact forces: N OF MOMENTUM Friction Friction] Ng Normal Total momentum before Tension Total momentum after Weight Weigt NF miu +mzVz m1V + m2V2 Non-Contact Forces:| FrivZ Gravitational f5 = Jp + 4b FRICTION Electrostatic Static Friction: fs sHN TENSION IN STRINGS ? EQUILIBRIUM Kinetic Friction fk = பN OF FORCES AF Limiting Friction Tk Forces are balanced N ZF=0 m8 REAL LIFE APPLICATIONS mg D:Sد Forces Force: ೦ T-F2 mg F N mg> FRICTION Walking Rocket Motion Static Friction: Friction between Rocket engine f5 = KsN + TENSION IN STRINGS ? Shoes and ground propels the rocket by expelling gases. helps Us move forward Kinetic Friction: 41 8 fa = AzN REAL-LIFE APPLICATIONS p=F Walking N mg Friction between shoes and ground | helps us move Torward LAWS OF MOTION: NEWTONS LAWS oF MOTION TYPES OF INERTIA Inertia of Rest Inertia of First Law (Law of Inertia) Motion An object remains at rest or in uniform motion unless] acted upon by an external force Bus starts moving This passage for Second Law: F= ma Inertia of Motion Kanlt | Force (F) equals mass (m) times acceleration) | Rolls in effect after ball let reconstrol | Third Law Every action has an equal Anu Inertia of Direction and opposite reaction Action Reaction] FORCE AND FREE-BODY DIAGRAMS LAW OF CONSERVATION Normal Force: Contact forces: N OF MOMENTUM Friction Friction] Ng Normal Total momentum before Tension Total momentum after Weight Weigt NF miu +mzVz m1V + m2V2 Non-Contact Forces:| FrivZ Gravitational f5 = Jp + 4b FRICTION Electrostatic Static Friction: fs sHN TENSION IN STRINGS ? EQUILIBRIUM Kinetic Friction fk = பN OF FORCES AF Limiting Friction Tk Forces are balanced N ZF=0 m8 REAL LIFE APPLICATIONS mg D:Sد Forces Force: ೦ T-F2 mg F N mg> FRICTION Walking Rocket Motion Static Friction: Friction between Rocket engine f5 = KsN + TENSION IN STRINGS ? Shoes and ground propels the rocket by expelling gases. helps Us move forward Kinetic Friction: 41 8 fa = AzN REAL-LIFE APPLICATIONS p=F Walking N mg Friction between shoes and ground | helps us move Torward - ShareChat")