Year 10 Science worksheets

Cells

Not every cell has a nucleus

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1Not every cell has a nucleus - Online practice 1Open online → 2Not every cell has a nucleus - Online practice 2Open online → 3Not every cell has a nucleus - Online practice 3Open online → 4Not every cell has a nucleus - Online practice 4Open online →

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Cells

Use the same units before dividing

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1Use the same units before dividing - Online practice 1Open online → 2Use the same units before dividing - Online practice 2Open online → 3Use the same units before dividing - Online practice 3Open online → 4Use the same units before dividing - Online practice 4Open online →

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Transport

Water moves through a partially permeable membrane

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1Water moves through a partially permeable membrane - Online practice 1Open online → 2Water moves through a partially permeable membrane - Online practice 2Open online → 3Water moves through a partially permeable membrane - Online practice 3Open online → 4Water moves through a partially permeable membrane - Online practice 4Open online →

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Transport

Some transport works against a concentration difference

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1Some transport works against a concentration difference - Online practice 1Open online → 2Some transport works against a concentration difference - Online practice 2Open online → 3Some transport works against a concentration difference - Online practice 3Open online → 4Some transport works against a concentration difference - Online practice 4Open online →

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Biological reactions

An active site supports a particular reaction

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1An active site supports a particular reaction - Online practice 1Open online → 2An active site supports a particular reaction - Online practice 2Open online → 3An active site supports a particular reaction - Online practice 3Open online → 4An active site supports a particular reaction - Online practice 4Open online →

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Digestion

Digestion and absorption are different steps

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1Digestion and absorption are different steps - Online practice 1Open online → 2Digestion and absorption are different steps - Online practice 2Open online → 3Digestion and absorption are different steps - Online practice 3Open online → 4Digestion and absorption are different steps - Online practice 4Open online →

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Transport systems

Blood passes through two connected circuits

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1Blood passes through two connected circuits - Online practice 1Open online → 2Blood passes through two connected circuits - Online practice 2Open online → 3Blood passes through two connected circuits - Online practice 3Open online → 4Blood passes through two connected circuits - Online practice 4Open online →

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Plant transport

Plants transport different materials in different tissues

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1Plants transport different materials in different tissues - Online practice 1Open online → 2Plants transport different materials in different tissues - Online practice 2Open online → 3Plants transport different materials in different tissues - Online practice 3Open online → 4Plants transport different materials in different tissues - Online practice 4Open online →

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Plant reactions

The limiting factor can change

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1The limiting factor can change - Online practice 1Open online → 2The limiting factor can change - Online practice 2Open online → 3The limiting factor can change - Online practice 3Open online → 4The limiting factor can change - Online practice 4Open online →

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Cellular reactions

Respiration occurs inside living cells

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1Respiration occurs inside living cells - Online practice 1Open online → 2Respiration occurs inside living cells - Online practice 2Open online → 3Respiration occurs inside living cells - Online practice 3Open online → 4Respiration occurs inside living cells - Online practice 4Open online →

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Atomic structure

Protons identify the element

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1Protons identify the element - Online practice 1Open online → 2Protons identify the element - Online practice 2Open online → 3Protons identify the element - Online practice 3Open online → 4Protons identify the element - Online practice 4Open online →

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Atomic structure

Outer electrons help explain group behaviour

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1Outer electrons help explain group behaviour - Online practice 1Open online → 2Outer electrons help explain group behaviour - Online practice 2Open online → 3Outer electrons help explain group behaviour - Online practice 3Open online → 4Outer electrons help explain group behaviour - Online practice 4Open online →

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Bonding

Ionic bonding acts through a lattice

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1Ionic bonding acts through a lattice - Online practice 1Open online → 2Ionic bonding acts through a lattice - Online practice 2Open online → 3Ionic bonding acts through a lattice - Online practice 3Open online → 4Ionic bonding acts through a lattice - Online practice 4Open online →

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Bonding

Shared electrons and intermolecular forces differ

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1Shared electrons and intermolecular forces differ - Online practice 1Open online → 2Shared electrons and intermolecular forces differ - Online practice 2Open online → 3Shared electrons and intermolecular forces differ - Online practice 3Open online → 4Shared electrons and intermolecular forces differ - Online practice 4Open online →

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Bonding

Mobile electrons explain several metal properties

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1Mobile electrons explain several metal properties - Online practice 1Open online → 2Mobile electrons explain several metal properties - Online practice 2Open online → 3Mobile electrons explain several metal properties - Online practice 3Open online → 4Mobile electrons explain several metal properties - Online practice 4Open online →

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Carbon

One element can have different structures

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1One element can have different structures - Online practice 1Open online → 2One element can have different structures - Online practice 2Open online → 3One element can have different structures - Online practice 3Open online → 4One element can have different structures - Online practice 4Open online →

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Quantitative chemistry

Count each element on both sides

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1Count each element on both sides - Online practice 1Open online → 2Count each element on both sides - Online practice 2Open online → 3Count each element on both sides - Online practice 3Open online → 4Count each element on both sides - Online practice 4Open online →

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Quantitative chemistry

A mole connects mass with particle amount

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1A mole connects mass with particle amount - Online practice 1Open online → 2A mole connects mass with particle amount - Online practice 2Open online → 3A mole connects mass with particle amount - Online practice 3Open online → 4A mole connects mass with particle amount - Online practice 4Open online →

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Acids

Identify the reaction pattern and products

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1Identify the reaction pattern and products - Online practice 1Open online → 2Identify the reaction pattern and products - Online practice 2Open online → 3Identify the reaction pattern and products - Online practice 3Open online → 4Identify the reaction pattern and products - Online practice 4Open online →

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Electrolysis

Ions move towards opposite electrodes

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1Ions move towards opposite electrodes - Online practice 1Open online → 2Ions move towards opposite electrodes - Online practice 2Open online → 3Ions move towards opposite electrodes - Online practice 3Open online → 4Ions move towards opposite electrodes - Online practice 4Open online →

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Energy

Choose the energy store and its equation

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1Choose the energy store and its equation - Online practice 1Open online → 2Choose the energy store and its equation - Online practice 2Open online → 3Choose the energy store and its equation - Online practice 3Open online → 4Choose the energy store and its equation - Online practice 4Open online →

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Thermal physics

Temperature change depends on mass and material

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1Temperature change depends on mass and material - Online practice 1Open online → 2Temperature change depends on mass and material - Online practice 2Open online → 3Temperature change depends on mass and material - Online practice 3Open online → 4Temperature change depends on mass and material - Online practice 4Open online →

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Thermal physics

Energy can change state without raising temperature

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1Energy can change state without raising temperature - Online practice 1Open online → 2Energy can change state without raising temperature - Online practice 2Open online → 3Energy can change state without raising temperature - Online practice 3Open online → 4Energy can change state without raising temperature - Online practice 4Open online →

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Matter

Density compares mass with volume

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1Density compares mass with volume - Online practice 1Open online → 2Density compares mass with volume - Online practice 2Open online → 3Density compares mass with volume - Online practice 3Open online → 4Density compares mass with volume - Online practice 4Open online →

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Matter

Particle collisions explain gas pressure

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1Particle collisions explain gas pressure - Online practice 1Open online → 2Particle collisions explain gas pressure - Online practice 2Open online → 3Particle collisions explain gas pressure - Online practice 3Open online → 4Particle collisions explain gas pressure - Online practice 4Open online →

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Electricity

Current is a rate of charge flow

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1Current is a rate of charge flow - Online practice 1Open online → 2Current is a rate of charge flow - Online practice 2Open online → 3Current is a rate of charge flow - Online practice 3Open online → 4Current is a rate of charge flow - Online practice 4Open online →

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Electricity

A component's resistance may change

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1A component's resistance may change - Online practice 1Open online → 2A component's resistance may change - Online practice 2Open online → 3A component's resistance may change - Online practice 3Open online → 4A component's resistance may change - Online practice 4Open online →

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Electricity

Use the circuit's actual connections

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1Use the circuit's actual connections - Online practice 1Open online → 2Use the circuit's actual connections - Online practice 2Open online → 3Use the circuit's actual connections - Online practice 3Open online → 4Use the circuit's actual connections - Online practice 4Open online →

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Electricity

Relate energy transfer to current and voltage

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1Relate energy transfer to current and voltage - Online practice 1Open online → 2Relate energy transfer to current and voltage - Online practice 2Open online → 3Relate energy transfer to current and voltage - Online practice 3Open online → 4Relate energy transfer to current and voltage - Online practice 4Open online →

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Atomic physics

Half-life describes a statistical pattern

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1Half-life describes a statistical pattern - Online practice 1Open online → 2Half-life describes a statistical pattern - Online practice 2Open online → 3Half-life describes a statistical pattern - Online practice 3Open online → 4Half-life describes a statistical pattern - Online practice 4Open online →

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