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Jonnyve's Shop

Average Rating3.06
(based on 21 reviews)

I sell great quality resources at reasonable prices. I plan my lessons so they can literally be picked up and used of the shelf. Why spend your precious time planning lessons, when you can use these. Thanks for looking

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I sell great quality resources at reasonable prices. I plan my lessons so they can literally be picked up and used of the shelf. Why spend your precious time planning lessons, when you can use these. Thanks for looking
Introduction to Newton's First Law
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Introduction to Newton's First Law

(1)
This lesson is based on the new GCSE spec, but was designed for a low ability year 9 class. It breaks Newton's first law up in to more digestible chunks which are learning checked throughout. Save yourself sometime and grab a bargain!
Introduction to speed time graphs
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Introduction to speed time graphs

(2)
I taught this lesson to a low ability year 9 class and it is based on the new GCSE spec. It has a really scaffolded worksheet included in the powerpoint which you could adapt to challenge higher ability students. It worked well at getting the students o think logically and work independently, looking at real life examples of acceleration that they could relate to. Please see a copy of the worksheet in the cover image. Save yourself some time and grab a bargain.
Introduction to calculating acceleration
jonnyvejonnyve

Introduction to calculating acceleration

(0)
I planned this lesson for a low ability year 9 class and as such it has a built in worksheet that is scaffolded to allow all student to make progress (this can easily be adapted accordingly). It worked well at getting the students o think logically and work independently, looking at real life examples of acceleration that they could relate to. Please see a copy of the worksheet in the cover image. Save yourself some time and grab a bargain.
Introduction to calculating speed
jonnyvejonnyve

Introduction to calculating speed

(0)
I taught this lesson to a low ability year 9 class and it is based on the new GCSE spec. It has a really scaffolded worksheet included in the powerpoint which you could adapt to challenge higher ability students (See cover image). Once students have figured out how to calculate speed on their own using the worksheet and the guided questions they carry out an experiment to apply their new knowledge. This come in the form of a trolley and ramp experiment. The students investigate what happens to the speed of the trolley when the height. of the ramp is increased. We are lucky enough to have the equipment in my school but it could easily be carried out with a toy car and a plank of wood raised by books. Save yourself some time and grab a bargain.
Is Velocity just a posh word for speed?
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Is Velocity just a posh word for speed?

(0)
Based on the new GCSE spec, this lesson worked really well for a year 9 low ability class. It is heavily scaffolded and because of this enabled each student to reach the two objectives of the lesson which were: Core- Identify vector and scalar quantities Challenge- Explain the difference between a scalar and vector quantity It included plenty of on the go assessment to check where each student is at different parts of the lesson. There is a built in worksheet (see cover picture) that can be built upon throughout the whole lesson and means students can work independently a lot of the time. Save yourself some time and grab a bargain.
New Year Assembly 2018
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New Year Assembly 2018

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This assembly powerpoint takes a twist on the idea of setting a new years resolution, by hanging on to the idea that everybody wants to be successful. It then looks at what successful people do to ensure they are successful with school based examples that students can relate to. If students haven't mad new years resolutions this assembly will inspire them to and if they have then it may give them some more to work towards. This assembly lasted 15 minutes and went down well with the students.
Calculating empirical formula of magnesium oxide by experimentation
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Calculating empirical formula of magnesium oxide by experimentation

(0)
In this lesson students apply their knowledge of calculating empirical formula by reacting known masses of magnesium with unknown masses of oxygen to make a known mass of magnesium oxide which they can then use along with relative atomic masses to calculate the ratio of oxygen to magnesium and in turn the empirical formula of magnesium oxide. Save yourself some time and grab a bargain!
Introduction to working out relative masses and empirical formulae
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Introduction to working out relative masses and empirical formulae

(0)
This lesson introduces student to the concepts of relative atomic mass and relative formulae and uses this as a platform to introduce calculation of empirical formulae. The calculation of empirical formulae is introduced through a methodical tabled approach which students can master readily and then attempt with out the framework. They then get to practice their calculation on a made up compound made of sweets. If they get the empirical formula correct they get to eat the sweets. Save yourself some time and grab a bargain.
Simple sequences and nth terms from sequences
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Simple sequences and nth terms from sequences

(0)
This is a fully differentiated lesson which assesses where students are in real time during the lesson, encouraging them to reflect on their own practice and decide on what worksheet they will need to complete. The lower ability sheet is for completion with the teacher and gets students to continue with a pattern and then decide on the pattern to pattern rule and frames it enough for them to create nth term expressions. It also includes really challenging pattern sequences fro the most able to allow them to be stretched. All worksheets have been built in and answers are provided. Save yourself some time and grab a bargain.
Working out the value of the nth term for any value in a linear sequence
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Working out the value of the nth term for any value in a linear sequence

(0)
In this lesson students are challenged at 3 levels (lower, middle, higher) which is assessed throughout the lesson. Once the baseline has been assessed there differentiated worksheets for the lower ability to work with you on, a framed middle ability sheet to give them more practice on their own and a higher ability sheet to stretch the most able. Everything is built into this lesson, so grab yourself a bargain and save some time.
How can i make heavy water?
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How can i make heavy water?

(0)
This is an introductory lesson to the concept of conservation of mass where students investigate what happens to the mass of water when salt is added to it. They then have to try and explain why the mass goes up despite not being able to see the salt anymore. Self contained lesson that really got the students engaged. Save yourself some time and grab a bargain.
How pure is your pen ink (chromatography)
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How pure is your pen ink (chromatography)

(0)
This is an introductory lesson to chromatography and the term pure. Students create a chromatogram of their own pen and compare it to others. They discover real life applications of this technique.
Are branded heartburn tablets better than unbranded
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Are branded heartburn tablets better than unbranded

(0)
This lesson is aimed at KS3 to help to develop students investigation skill where they have to identify and categorise the different variables in the experiment, choose the control variables and explain why. The practical is simple and fun where they see how much stomach acid (HCl) branded and unbranded heartburn tablets neutralised. This is a self contained lessons with all instructions and worksheets built in. This will easily last a double period, so grab yourself a bargain and save some time.
Edexcel B2 Topic 1 and 2 revision flash cards
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Edexcel B2 Topic 1 and 2 revision flash cards

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I printed these cards of for students with corresponding pages in the Edexcel additional science book (purple one) and got them to answer the questions accordingly and in turn making their own flash cards. They then whole punched the corners and treasury tagged them together. Great little revision resource.
Introductory lesson to drawing graphs in science
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Introductory lesson to drawing graphs in science

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This lesson encourages students to start thinking about continuous and discontinuous data with lots of concrete examples. They plot a human bar graph of favourite colours and then carry out a small experiment investigating how the volume of vinegar added to baking soda alters the amount of foam produced. This easily lasts a double lesson (100minutes) and is a really fun way to get students engaged with graphs. Save yourself some time and grab a bargain.
The structure of the atom
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The structure of the atom

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This lesson covers the changing models of the atom up until todays structure with the nucleus containing neutrons and protons and surrounded by shells containing electrons.
Investigating the arrangment of elements in the periodic table - Who told the elements where to go?
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Investigating the arrangment of elements in the periodic table - Who told the elements where to go?

(0)
In this lesson students are given a range of cards with select information about different elements, just as Mendeleev had. They are then set the task of arranging the cards in anyway they see fit. They then look at how Mendeleev arranged them and used them to make predictions about missing elements which the students then do. The lesson concludes with a six mark question on how the periodic table is arranged. Save yourself some time and grab a bargain.
Edexcel C3.8 Particles and moles
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Edexcel C3.8 Particles and moles

(0)
This lesson teaches students to first calculate moles of a substance from Ar and mass in grams, it then leads on to calculations of moles from Mr and then from concentrations in mol/dm. It then differentiates for students who understand it quickly and are set independent work (worksheets provided) and another teacher focus group with a more scaffolded worksheet. Save yourself some time and grab yourself a bargain.