HFP Science

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu

Mission to Mars is a Science module aimed at pupils aged 13-17 that incorporates elements of physics, chemistry and biology to consider how pupils would plan, conduct and report back on a mission to discover life on the red planet. It consists of 31 PowerPoint lessons, a two-tiered mid-module assessment task (with mark scheme), a two-tiered end of module assessment task (with mark scheme) and a Mission Equation sheet for pupils to reference throughout the module. Although each resource can be pu