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Fabulous Year 10 students dissecting hearts today for our Biology work on the circulatory system 🫀@deaneryhigh

DeaneryScience's tweet image. Fabulous Year 10 students dissecting hearts today for our Biology work on the circulatory system  🫀@deaneryhigh

Students from Y11-13 accompanied Mr Knowles at the Jodrell Bank Centre for Astrophysics this week. 🔭☄️🪐@deaneryhigh @Deanery6thForm

DeaneryScience's tweet image. Students from Y11-13 accompanied Mr Knowles at the Jodrell Bank Centre for Astrophysics this week. 🔭☄️🪐@deaneryhigh @Deanery6thForm
DeaneryScience's tweet image. Students from Y11-13 accompanied Mr Knowles at the Jodrell Bank Centre for Astrophysics this week. 🔭☄️🪐@deaneryhigh @Deanery6thForm
DeaneryScience's tweet image. Students from Y11-13 accompanied Mr Knowles at the Jodrell Bank Centre for Astrophysics this week. 🔭☄️🪐@deaneryhigh @Deanery6thForm

Y8 are testing a selection of antacid medicines to see which is the best at neutralising stomach acid. Safety and precision are so important today! @deaneryhigh

DeaneryScience's tweet image. Y8 are testing a selection of antacid medicines to see which is the best at neutralising stomach acid. Safety and precision are so important today! @deaneryhigh
DeaneryScience's tweet image. Y8 are testing a selection of antacid medicines to see which is the best at neutralising stomach acid. Safety and precision are so important today! @deaneryhigh
DeaneryScience's tweet image. Y8 are testing a selection of antacid medicines to see which is the best at neutralising stomach acid. Safety and precision are so important today! @deaneryhigh
DeaneryScience's tweet image. Y8 are testing a selection of antacid medicines to see which is the best at neutralising stomach acid. Safety and precision are so important today! @deaneryhigh

Year 7 are dissecting fuschia flowers today to identify the male and female parts. @deaneryhigh

DeaneryScience's tweet image. Year 7 are dissecting fuschia flowers today to identify the male and female parts. @deaneryhigh
DeaneryScience's tweet image. Year 7 are dissecting fuschia flowers today to identify the male and female parts. @deaneryhigh
DeaneryScience's tweet image. Year 7 are dissecting fuschia flowers today to identify the male and female parts. @deaneryhigh
DeaneryScience's tweet image. Year 7 are dissecting fuschia flowers today to identify the male and female parts. @deaneryhigh

Year 7 get to grips with the topic of movement. They dissected a chicken wing to identify the skin, muscles, tendons, ligaments, cartilage, fat and blood vessels. So much fun! @deaneryhigh

DeaneryScience's tweet image. Year 7 get to grips with the topic of movement. They dissected a chicken wing to identify the skin, muscles, tendons, ligaments, cartilage, fat and blood vessels. So much fun! @deaneryhigh
DeaneryScience's tweet image. Year 7 get to grips with the topic of movement. They dissected a chicken wing to identify the skin, muscles, tendons, ligaments, cartilage, fat and blood vessels. So much fun! @deaneryhigh
DeaneryScience's tweet image. Year 7 get to grips with the topic of movement. They dissected a chicken wing to identify the skin, muscles, tendons, ligaments, cartilage, fat and blood vessels. So much fun! @deaneryhigh
DeaneryScience's tweet image. Year 7 get to grips with the topic of movement. They dissected a chicken wing to identify the skin, muscles, tendons, ligaments, cartilage, fat and blood vessels. So much fun! @deaneryhigh

Y9 are well on their way studying their GCSE physics work. Today they were studying spring extension with increasing forces. @deaneryhigh

DeaneryScience's tweet image. Y9 are well on their way studying their GCSE physics work. Today they were studying spring extension with increasing forces. @deaneryhigh
DeaneryScience's tweet image. Y9 are well on their way studying their GCSE physics work. Today they were studying spring extension with increasing forces. @deaneryhigh
DeaneryScience's tweet image. Y9 are well on their way studying their GCSE physics work. Today they were studying spring extension with increasing forces. @deaneryhigh

Mrs Williams’ Year 8 class have been learning about static electricity! @deaneryhigh

DeaneryScience's tweet image. Mrs Williams’ Year 8 class have been learning about static electricity! @deaneryhigh
DeaneryScience's tweet image. Mrs Williams’ Year 8 class have been learning about static electricity! @deaneryhigh
DeaneryScience's tweet image. Mrs Williams’ Year 8 class have been learning about static electricity! @deaneryhigh

8b3 have been investigating static electricity this week ⚡️@deaneryhigh

DeaneryScience's tweet image. 8b3 have been investigating static electricity this week ⚡️@deaneryhigh
DeaneryScience's tweet image. 8b3 have been investigating static electricity this week ⚡️@deaneryhigh

Miss Derbyshire’s Y7 class have been investigating which brand of antacid is the most effective. @deaneryhigh

DeaneryScience's tweet image. Miss Derbyshire’s Y7 class have been investigating which brand of antacid is the most effective. @deaneryhigh
DeaneryScience's tweet image. Miss Derbyshire’s Y7 class have been investigating which brand of antacid is the most effective. @deaneryhigh
DeaneryScience's tweet image. Miss Derbyshire’s Y7 class have been investigating which brand of antacid is the most effective. @deaneryhigh
DeaneryScience's tweet image. Miss Derbyshire’s Y7 class have been investigating which brand of antacid is the most effective. @deaneryhigh

Deanery_Science reposted

Job Vacancy: Curriculum Leader for Health & Social Care and Child Development Application deadline, Monday 31st January 2022 at 9am. deanery.wigan.sch.uk/job-vacancies/

deanery.wigan.sch.uk

Job Vacancies - The Deanery

Job Vacancies - The Deanery


Deanery_Science reposted

Job Vacancy: Curriculum Leader for Computer Science Application deadline, Monday 31st January 2022 at 9am. deanery.wigan.sch.uk/job-vacancies/

deanery.wigan.sch.uk

Job Vacancies - The Deanery

Job Vacancies - The Deanery


7b4 have been exploring the density of irregular objects using displacement cans. EUREKA! @deaneryhigh

DeaneryScience's tweet image. 7b4 have been exploring the density of irregular objects using displacement cans. EUREKA! @deaneryhigh
DeaneryScience's tweet image. 7b4 have been exploring the density of irregular objects using displacement cans. EUREKA! @deaneryhigh
DeaneryScience's tweet image. 7b4 have been exploring the density of irregular objects using displacement cans. EUREKA! @deaneryhigh
DeaneryScience's tweet image. 7b4 have been exploring the density of irregular objects using displacement cans. EUREKA! @deaneryhigh

11a2 investigating the effect of temperature on the rate of reaction @deaneryhigh

DeaneryScience's tweet image. 11a2 investigating the effect of temperature on the rate of reaction @deaneryhigh
DeaneryScience's tweet image. 11a2 investigating the effect of temperature on the rate of reaction @deaneryhigh

Year 13 Chemistry students have been investigating carbonyl reactions 🧪 @deaneryhigh @Deanery6thForm

DeaneryScience's tweet image. Year 13 Chemistry students have been investigating carbonyl reactions 🧪 @deaneryhigh @Deanery6thForm
DeaneryScience's tweet image. Year 13 Chemistry students have been investigating carbonyl reactions 🧪 @deaneryhigh @Deanery6thForm
DeaneryScience's tweet image. Year 13 Chemistry students have been investigating carbonyl reactions 🧪 @deaneryhigh @Deanery6thForm

7a/Sc4 have been investigating changes of state with Miss Derbyshire 🧊💧☁️ @deaneryhigh

DeaneryScience's tweet image. 7a/Sc4 have been investigating changes of state with Miss Derbyshire 🧊💧☁️ @deaneryhigh
DeaneryScience's tweet image. 7a/Sc4 have been investigating changes of state with Miss Derbyshire 🧊💧☁️ @deaneryhigh
DeaneryScience's tweet image. 7a/Sc4 have been investigating changes of state with Miss Derbyshire 🧊💧☁️ @deaneryhigh

Mrs Williams’ Year 11 class have been investigating the best catalyst to decompose hydrogen peroxide. @deaneryhigh

DeaneryScience's tweet image. Mrs Williams’ Year 11 class have been investigating the best catalyst to decompose hydrogen peroxide. @deaneryhigh
DeaneryScience's tweet image. Mrs Williams’ Year 11 class have been investigating the best catalyst to decompose hydrogen peroxide. @deaneryhigh
DeaneryScience's tweet image. Mrs Williams’ Year 11 class have been investigating the best catalyst to decompose hydrogen peroxide. @deaneryhigh
DeaneryScience's tweet image. Mrs Williams’ Year 11 class have been investigating the best catalyst to decompose hydrogen peroxide. @deaneryhigh

More Year 11 students completing the ‘disappearing cross’ practical 🤩 @deaneryhigh

DeaneryScience's tweet image. More Year 11 students completing the ‘disappearing cross’ practical 🤩 @deaneryhigh
DeaneryScience's tweet image. More Year 11 students completing the ‘disappearing cross’ practical 🤩 @deaneryhigh
DeaneryScience's tweet image. More Year 11 students completing the ‘disappearing cross’ practical 🤩 @deaneryhigh
DeaneryScience's tweet image. More Year 11 students completing the ‘disappearing cross’ practical 🤩 @deaneryhigh

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