Unit 3 Electromagnetism Unit 4 Forces make things change Unit 5 Electromagnetic waves
Mungkin Anda Juga Suka
Kids Songs by CoComelon
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Primary 1 English
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The Original CoComelon Alphabet Series
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CoComelon For Journeys
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ABC Songs for Kids - CoComelon Nursery Rhymes
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CoComelon Dance Party | Dance Along & Kids Songs
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English lessons for kids - My English teacher
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Nursery Rhymes by CoComelon
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BabyBus Best Nursery Rhymes, Kids Songs, and Cartoon for Kids!
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English Fairy Tales @EnglishFairyTales
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Learn Colors with CoComelon!
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Animation & Kids Songs collections For Babies | BabyBus
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CoComelon & Friends Holiday and Christmas Videos for Kids | Little Baby Bum | Go Buster and More!
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Year1 English
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Baby Learning with CoComelon - Colors, Shapes and Numbers!
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Let's learn about.... English Vocabulary for Kids
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BEST of CoComelon Bath Song + Wheels on the Bus
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Masha & the Bear
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Shapes, Colors, & Music by CoComelon
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CoComelon #shorts
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JS 3 Science & Technology
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PrePrimary Maths
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KS1 English
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Family Fun by CoComelon
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Komentar
10 Komentar
I can explain the properties, uses and dangers of non–ionising electromagnetic radiation.
I can explain the properties, uses and dangers of ionising electromagnetic radiation.
I can describe how to investigate the emission of infrared by different surfaces, state what is meant by a ‘black body’ radiator and explain how radiation affects an object’s temperature.
I can investigate how the intensity of black ink affects the infrared radiation absorbed by a surface.
I can explain what is meant by the spectrum of electromagnetic waves.
I can describe the formation of virtual images by convex and concave lenses and draw ray diagrams to find the position and magnification of the image.
I can describe uses of convex lenses and draw scale ray diagrams to determine the position of an image.
I can use a convex lens to form an image on a screen, and describe how the image can vary depending on the object distance.
I can describe what is different about light of different colours and explain the apparent colour of objects when illuminated with different colours of light.
I can describe and explain when refraction happens and when total internal reflection happens at boundaries between media.
