Science experiments for Class 10 – Andhrapradesh syllabus

• Chapter 1: Heat
  • Activity 1: Heat and Cold
  • Activity 2: Measure temperature
  • Activity 3: Kinetic energy in motion
  • Activity 4: Transfer of energy
  • Activity 5: Rise in temperature vs nature of substance
  • Activity 6: Rise of temperature based on size of beaker
  • Activity 7: Rise of temperature in various conditions
  • Activity 8: Find the specific heat of a given solid
  • Activity 9: Condensation
  • Activity 10: Boiling of water
  • Activity 11: Change in temperature when change in state
  • Activity 12: Impact of heat on glass
• Chapter 2: Chemical Reactions and Equations
  • Activity 1: Basic solution
  • Activity 2: Mixing solutions
  • Activity 3: Formation of hydrogen gas
  • Activity 4: Burning of magnesium ribbon
  • Activity 5: Heating of calcium carbonite
  • Activity 6: Heating of Lead nitrate
  • Activity 7: Electrolysis of water
  • Activity 8: Photochemical reactions
  • Activity 9: Chemical reaction between Zn and Hcl
  • Activity 10: Example of displacement reaction
  • Activity 11: double displacement reaction
  • Activity 12: Reduction process
• Chapter 3: Reflection of Light By Different Surfaces
  • Activity 1: Formation of image by a pinhole
  • Activity 2: Path of light to travel
  • Activity 3: Understanding of reflection
  • Activity 4: Verification of laws of reflection
  • Activity 5: Normal to curved surface
  • Activity 6: Concave mirror
  • Activity 7: Types of images
• Chapter 4: Acids, Bases and Salts
  • Activity 1: Olfactory indicators
  • Activity 2: Olfactory indicators : Onion, Vanilla essence and Clove oil
  • Activity 3: When acid reacts with metal H2 gas is evolved
  • Activity 4: Reaction with other metals
  • Activity 5: Reaction of metal carbonates and hydrogen carbonates with acids
  • Activity 6: Acid – base (Neutralization) reaction
  • Activity 7: Metal oxides are basic in nature
  • Activity 8: Acid solution in water
  • Activity 9: Preparation of HCl gas
  • Activity 10: Dilution
  • Activity 11: Acid is strong or weak
  • Activity 12: Strong and Weak bases
  • Activity 13: Reaction o f HCl and methyl organgev
  • Activity 14: pH
  • Activity 15: formulae of salts
  • Activity 16: Salt samples and classification
  • Activity 17: Removing water of crystallisation
• Chapter 5: Refraction of Light At Plane Surfaces
  • Activity 1: Glass tumbler viewv
  • Activity 2: Reflected image in the wall
  • Activity 3: Straight line view
  • Activity 4: Relation between angle of incidence and angle of refraction
  • Activity 5 : Behaviour of light ray travels from denser to rarer
  • Activity 6: Critical angel
  • Activity 7: Different view with tumbler placed on coin
  • Activity 8: Different view with coin in water
  • Activity 9: Position and nature of image formed by glass slab
  • Activity 10: Thickness of the slab
• Chapter 6: Refraction Of Light At Curved Surfaces
  • Activity 1: Light through curved surface
  • Activity 2: Convex lens
  • Activity 3: Lens in cylindrical vessel
• Chapter 7: Human Eye and Colourful World
  • Activity 1: Object movement
  • Activity 2: Change in distance and view object
  • Activity 3: Refractive index of a prism
  • Activity 4: Rays of prism
  • Activity 5: Light through water
  • Activity 6: Sun rays on coloured wall
  • Activity 7: Formation of grains of sulphur
• Chapter 8: Structure Of Atom
  • Activity 1: Model of atom
  • Activity 2: Color with cupric chloride reaction
  • Activity 3: Electronic configuration
• Chapter 9: Classification Of Elements- The Periodic Table
  • Activity 1: Triad
  • Activity 2: Family names of elements
  • Activity 3: Valency
• Chapter 10: Chemical Bonding
  • Activity 1: Lewis structure
• Chapter 11: Electric Current
  • Activity 1: Electrical supply
  • Activity 2: V/I Ration for a conductor
  • Activity 3: Resistance of the bulb in open circuit
  • Activity 4: Resistance of a conductor
  • Activity 5: Thickness of a conductor
  • Activity 6: Resistivity
  • Activity 7: Resistance
  • Activity 8: Current in series
• Chapter 12: Electromagnetism
  • Activity 1: Oersted experiment
  • Activity 2: Magnetic field of the bar magnet
  • Activity 3: Magnetic field lines
  • Activity 4: Current flow
  • Activity 5: Field lines of the circular coil
  • Activity 6: Current through coil
  • Activity 7: CRT TV sensation
  • Activity 8: Current in the circuit
  • Activity 9: Copper wire
• Chapter 13: Principle Of Metallurgy
  • Activity 1: Metal in Ore
  • Activity 2: Condition for iron rust
• Chapter 14: Carbon And Its Compounds
  • Activity 1: Names of the compounds
  • Activity 2: esterification reaction
  • Activity 3: Oil and soap solution