New York Science — Grade 5
Comprehensive Course Syllabus
Course Overview
Our New York Grade 5 Science course follows the Grade 5 focus of the New York State P-12 Science Learning Standards: structure and properties of matter, Earth’s systems, and matter and energy in ecosystems — all taught through real investigation.
The physical science strand introduces the particle model of matter alongside density, changes of state, mixtures and separation, and all major forms of energy. Students study thermal energy, light including refraction, sound and waves, forces and motion, gravity, and friction through hands-on experiments.
The Earth science strand is substantial: Earth’s four systems — geosphere, hydrosphere, atmosphere, and biosphere — Earth materials, the rock cycle, weathering and erosion, water on Earth, the water cycle, weather and climate, and Earth’s place in space including the solar system and seasons.
The life science strand covers plant and animal structures, structure and function, life cycles, ecosystems, food webs and energy flow, adaptations, and human impact. The year closes with natural resources, engineering, and technology, and Grade 6 readiness.
Scientific Inquiry & Investigation
What Is Science?
Students learn that science explains the natural world using evidence. Science tests its own answers.
Scientific Questions
Students frame questions that can be investigated. Testable questions make science possible.
Observations
Students observe carefully and systematically. Observation is the foundation of all science.
Inferences
Students distinguish inference from observation. An inference goes beyond what is seen.
Predictions
Students predict outcomes with reasons. Predictions must be justified.
Science & Engineering Practices
Asking Questions
Students ask scientific questions. Questions begin every investigation.
Defining Problems
Students define engineering problems. A clear problem makes a solution possible.
Planning Investigations
Students plan investigations before starting. Planning prevents wasted effort.
Conducting Investigations
Students carry out investigations carefully. Careful execution produces reliable data.
Using Models
Students use and build models. Models represent what cannot be seen directly.
Measurement & Scientific Data
Length
Students measure length accurately. Length is the commonest measurement.
Mass
Students measure mass with a balance. Mass measures how much matter is present.
Volume
Students measure volume. Volume is the space something occupies.
Temperature
Students measure temperature. Temperature indicates thermal energy.
Time
Students measure elapsed time. Timing matters in many experiments.
Matter & Its Properties
What Is Matter?
Students learn that matter has mass and volume. Everything is made of matter.
Mass
Students measure and compare mass. Mass is conserved through physical change.
Volume
Students measure and compare volume. Volume is the space occupied.
Density Introduction
Students meet density. Density relates mass to volume.
Physical Properties
Students describe physical properties. Properties can be observed without changing the substance.
Matter & Particle Models
Particles of Matter
Students learn that matter is made of particles. Particles are too small to see.
Particle Motion Introduction
Students meet particle motion. Particles are always moving.
Solids and Particles
Students model particles in solids. Solid particles are packed and vibrate in place.
Liquids and Particles
Students model particles in liquids. Liquid particles slide past each other.
Gases and Particles
Students model particles in gases. Gas particles move freely and far apart.
Changes in Matter
Melting
Students study melting. Melting turns a solid into a liquid.
Freezing
Students study freezing. Freezing turns a liquid into a solid.
Evaporation
Students study evaporation. Evaporation turns a liquid into a gas.
Condensation
Students study condensation. Condensation turns a gas into a liquid.
Heating
Students investigate the effects of heating. Heating adds energy to particles.
Matter Interactions & Mixtures
Mixtures
Students study mixtures. Mixtures combine substances without changing them.
Solutions Introduction
Students meet solutions. A solution is a mixture that looks uniform.
Dissolving
Students investigate dissolving. Dissolving spreads a solid through a liquid.
Mixing Materials
Students mix materials and observe. Mixing may or may not change substances.
Separating Mixtures
Students separate mixtures. Separation uses differences in properties.
Energy
What Is Energy?
Students learn that energy makes things happen. Energy causes change and motion.
Forms of Energy
Students name different forms of energy. Energy takes many forms.
Heat Energy
Students study heat energy. Heat energy flows from hot to cold.
Light Energy
Students study light energy. Light travels enormously fast.
Sound Energy
Students study sound energy. Sound energy comes from vibration.
Thermal Energy & Heat Transfer
Temperature
Students distinguish temperature from heat. Temperature measures how hot something is.
Thermal Energy
Students study thermal energy. Thermal energy relates to particle motion.
Heating
Students investigate heating. Heating increases particle motion.
Cooling
Students investigate cooling. Cooling decreases particle motion.
Heat Transfer
Students study heat transfer. Heat always moves from hot to cold.
Light & Its Interactions
Sources of Light
Students identify light sources. Light sources produce their own light.
Natural Light
Students study natural light. The Sun is the main natural source.
Artificial Light
Students study artificial light. Artificial light extends the useful day.
Light Travels
Students learn that light travels in straight lines. Straight-line travel explains shadows.
Reflection
Students investigate reflection. Light bounces off surfaces predictably.
Sound & Waves
Vibrations
Students link sound to vibration. All sound comes from vibration.
Sound Sources
Students identify sound sources. Sound sources are always vibrating.
Sound Waves
Students study sound as waves. Waves carry energy without moving matter.
Pitch
Students investigate pitch. Pitch depends on vibration speed.
Volume
Students investigate loudness. Volume depends on vibration size.
Forces & Motion
Motion
Students describe motion precisely. Motion means changing position.
Position
Students describe position. Position needs a reference point.
Distance
Students measure distance travelled. Distance is measured along the path.
Speed Introduction
Students meet speed. Speed relates distance to time.
Pushes
Students investigate pushing forces. Pushes move objects away.
Also Covered in This Course
Teaching Methodology
Our Grade 5 Science classes are investigation-led. Students plan fair tests, build models of what they cannot see, analyse their own data, and explain results with evidence. Students learn through:
Learning Outcomes
By the end of Grade 5, students will be able to:
Assessment & Progress Tracking
Student progress is evaluated through:
Why Choose NextChanakya for New York Grade 5 Science?
Standards Note
This syllabus is aligned broadly with the New York State P-12 Science Learning Standards (NYSSLS) for Grade 5. It is designed to explain clearly to parents and students what Grade 5 science covers.
New York State schools, districts, and charter schools may use different textbooks, science kits, curriculum programmes, pacing guides, laboratory resources, and assessment systems. This syllabus does not claim that every New York school follows the same programme.
This is not the only official Grade 5 Science syllabus in New York. It is one structured pathway through the Grade 5 standards, created for this educational programme.
It is important to distinguish between the New York State Science Learning Standards and the course structure created for this educational programme, which organises those standards into 32 teachable modules.