Unit 1 Atomic structure and the periodic table Unit 2 Structure and bonding Unit 4 Separating substances Unit 5 Calculations involving masses Unit 7 Chemistry of carbon Unit 9 Rate of reaction
आपको ये भी पसंद आ सकते हैं
SS 1 Chemistry
KS3 Drama
Kids Songs by CoComelon
SS 2 Biology
BabyBus | Learning Vehicles Song | Car Songs | Cars for Kids | Nursery Rhymes | Baby Cartoon
Primary 1 Mathematics
CoComelon Dance Party | Dance Along & Kids Songs
BabyBus | Super Panda Rescue Team | Cartoon for Kids | Kids Animation
SS 3 Government
Baby Learning with CoComelon - Colors, Shapes and Numbers!
PrePrimary English
Best Kids Songs, Nursery Rhymes, and Cartoon for Kids! | BabyBus
KS1 English
SS 1 Physical
Primary 3 Science & Technology
KS2 Maths
Zoobees Cartoon Nursery Rhymes for Kids & Videos for Toddlers
KS4 Physics
KS1 Maths
English Vocabulary Primary 1
KS3 Citizenship
KS1 Art and design
Best Trading Strategy for Crypto
Basic English Grammar for Children
टिप्पणियाँ
10 टिप्पणियाँ
I can describe what a catalyst does and explain how it affects the rate of reaction in terms of activation energy, and justify its use for a reaction based on experimental results.
I can compare different methods for measuring the effect of concentration on the rate of reaction and suggest improvements.
I can explain, using the collision theory, how warming or cooling a reactant will affect the rate of a reaction.
I can represent graphically and explain how the rate of reaction depends on the concentration of one of the reactants.
I can carry out a fair test to investigate how the rate of reaction depends on the concentration of a reacting solution.
I can carry out a fair test to investigate how the rate of reaction depends on the concentration of a reacting solution.
I can represent graphically and describe how the rate of reaction depends on the surface area of a solid reactant.
I can carry out a fair test to investigate how the rate of reaction depends on the surface area of a solid reactant.
I can explain why increasing pressure, surface area or concentration increases the frequency of collisions between particles and therefore the rate of reaction.
I can suggest appropriate equipment to measure the rate of reaction depending on the reaction.