Канал: bradyexplains

Selecting the next people for active tasks

Selecting the next people for active tasks

Q2 and Q3 diagrams

Q2 and Q3 diagrams

Samples and Dilutions

Samples and Dilutions

Story board

Story board

Brady Explains "Finding" lesson recording

Brady Explains "Finding" lesson recording

Brady Explains making mind maps

Brady Explains making mind maps

Brady Explains A2 summer work Q6

Brady Explains A2 summer work Q6

Brady Explains A2 summer work Q5

Brady Explains A2 summer work Q5

Brady Explains A2 summer work Q4

Brady Explains A2 summer work Q4

Brady Explains A2 summer work Q3

Brady Explains A2 summer work Q3

Brady Explains A2 summer work Q1-2

Brady Explains A2 summer work Q1-2

Brady Explains finding Ar using mass spec

Brady Explains finding Ar using mass spec

Brady Explains Rates example Q

Brady Explains Rates example Q

Brady Explains Spectroscopy example Q

Brady Explains Spectroscopy example Q

Brady Explains DMESMA example Q

Brady Explains DMESMA example Q

Brady Explains half equation example Q

Brady Explains half equation example Q

Sam Explains reflux distil and purifying liquid PART 1

Sam Explains reflux distil and purifying liquid PART 1

Sam Explains reflux distil and purifying liquid PART 2

Sam Explains reflux distil and purifying liquid PART 2

Sam Explains reflux distil and purifying liquid PART 3

Sam Explains reflux distil and purifying liquid PART 3

Sam Explains reflux distil and purifying liquid PART 4

Sam Explains reflux distil and purifying liquid PART 4

Sam Explains reflux distil and purifying liquid PART 5

Sam Explains reflux distil and purifying liquid PART 5

Brady Explains Q15b from physical mok Electrode Potentials

Brady Explains Q15b from physical mok Electrode Potentials

Brady Explains Q16b from physical mock ICE

Brady Explains Q16b from physical mock ICE

Brady Explains Q18 from physical mock titrations

Brady Explains Q18 from physical mock titrations

Rosie and Molly explain testing for ions

Rosie and Molly explain testing for ions

Brady boosters Using the Periodic table Effectively

Brady boosters Using the Periodic table Effectively

Brady Explains shapes of molecules and electron pair repulsion theory

Brady Explains shapes of molecules and electron pair repulsion theory

Brady Explains mcAt calculations

Brady Explains mcAt calculations

Brady Explains Kekule versus the delocalised model of benzene

Brady Explains Kekule versus the delocalised model of benzene

ICE

ICE

linking Kc to eqm

linking Kc to eqm

Kc expressions

Kc expressions

Brady explains unfamiliar Hess cycles

Brady explains unfamiliar Hess cycles

Brady Explains Cooling Curves

Brady Explains Cooling Curves

Answers to practical worksheet Q6 Enthalpy lesson 3

Answers to practical worksheet Q6 Enthalpy lesson 3

Brady Explains mistakes with mcat

Brady Explains mistakes with mcat

Brady Explains HA to A buffer ratios

Brady Explains HA to A buffer ratios

Brady Explains partial neutralisation buffer calculations

Brady Explains partial neutralisation buffer calculations

Brady Explains Atom Economy

Brady Explains Atom Economy

Brady Explains Spec combined techniques

Brady Explains Spec combined techniques

Brady Explains % yield

Brady Explains % yield

Brady Explains gas volumes with molar ratios

Brady Explains gas volumes with molar ratios

Brady Explains measuring gas volumes

Brady Explains measuring gas volumes

Brady Explains use of D2O and deuterated solvents

Brady Explains use of D2O and deuterated solvents

Brady Explains splitting with benzene

Brady Explains splitting with benzene

Brady Explains extra splitting examples

Brady Explains extra splitting examples

Brady explains 2 step mechanisms

Brady explains 2 step mechanisms

Brady ExplainsInitial Rates big table method when 2 concs change

Brady ExplainsInitial Rates big table method when 2 concs change

Brady Explains finding k using conc time and rate conc graphs

Brady Explains finding k using conc time and rate conc graphs

Brady Explains the Rates big table method

Brady Explains the Rates big table method

Brady Explains what causes orders

Brady Explains what causes orders

Brady Explains example of simple IE comparison

Brady Explains example of simple IE comparison

Brady Explains factors that effect ionisation energy

Brady Explains factors that effect ionisation energy

Brady Explains first ionisation equations

Brady Explains first ionisation equations

Brady Explains writing noble gas electronic configurations

Brady Explains writing noble gas electronic configurations

Brady Explains the periodic table and the d block electronic structure

Brady Explains the periodic table and the d block electronic structure

Brady Explains using the periodic table to find electronic structure

Brady Explains using the periodic table to find electronic structure

Brady Explains s and p orbitals

Brady Explains s and p orbitals

Brady Explains the factors that effect Kp

Brady Explains the factors that effect Kp

Brady Explains how to upload to an assignment

Brady Explains how to upload to an assignment

Brady Explains Heterogeneous Equilibria Kc

Brady Explains Heterogeneous Equilibria Kc

Brady Explains Homogeneous Equilibria Kc

Brady Explains Homogeneous Equilibria Kc

Brady Explains what Kc can tell us

Brady Explains what Kc can tell us

Brady Explains why redox cell equations happen

Brady Explains why redox cell equations happen

Gabrielle Explains how to calculate Ecell

Gabrielle Explains how to calculate Ecell

Brady Explains electrochem cell eqn practice 1

Brady Explains electrochem cell eqn practice 1

Brady Explains electrochem cell eqn prac 2

Brady Explains electrochem cell eqn prac 2

Brady Explains drawing ion-ion half cells

Brady Explains drawing ion-ion half cells

Brady Explains making cell equations in electrochemistry

Brady Explains making cell equations in electrochemistry

Brady Explains Acid Hydrogen Fuel cell

Brady Explains Acid Hydrogen Fuel cell

Brady Explains gas-ion and the Hydrogen half cell

Brady Explains gas-ion and the Hydrogen half cell

Brady Explains Alkali Hydrogen fuel cell

Brady Explains Alkali Hydrogen fuel cell

Brady Explains Uses of salt bridge

Brady Explains Uses of salt bridge

Brady Explains How an electrochemical cell works

Brady Explains How an electrochemical cell works

Brady Explains Acyl Chloride

Brady Explains Acyl Chloride

Beady Explains Acid Anhydrides

Beady Explains Acid Anhydrides

Christinas question on oxidation states

Christinas question on oxidation states

Online lesson 1: A1 Equilibria

Online lesson 1: A1 Equilibria

Daisy video

Daisy video

Brady Explains the 3 awkward ligand sub reactions Transition Metals

Brady Explains the 3 awkward ligand sub reactions Transition Metals

Brady Explains Initial rates practical method

Brady Explains Initial rates practical method

Brady Explains Continuous Monitoring practical method

Brady Explains Continuous Monitoring practical method

Brady Explains p399 Q8 Redox Titrations walkthrough

Brady Explains p399 Q8 Redox Titrations walkthrough

Brady explains Recrystalisation (purifying a solid)

Brady explains Recrystalisation (purifying a solid)

Brady Explains Alexis and George Electrophilic Addition and Markownikoffs

Brady Explains Alexis and George Electrophilic Addition and Markownikoffs

Brady explains eg % purity Q

Brady explains eg % purity Q

Brady Explains Talking Mock

Brady Explains Talking Mock

Brady Explains percentage yield

Brady Explains percentage yield

Brady and Tom explains online teams extension

Brady and Tom explains online teams extension

Brady explains why temp changes Kc ADVANCED

Brady explains why temp changes Kc ADVANCED

Brady explains why conc doesnt effect Kc ADVANCED

Brady explains why conc doesnt effect Kc ADVANCED

Brady explains bond enthalpies for Anna

Brady explains bond enthalpies for Anna

bootcamp 3: electrophilic substitution of benzene

bootcamp 3: electrophilic substitution of benzene

bootcamp 2: reduction of a carbonyl

bootcamp 2: reduction of a carbonyl

bootcamp 1: reduction of nitrobenzene

bootcamp 1: reduction of nitrobenzene

Brady Explains Flashcards

Brady Explains Flashcards

Brady Explains Bootcamp on Rates, Orders and Arrhenius

Brady Explains Bootcamp on Rates, Orders and Arrhenius

Brady Explains Oxidation of Alcohols

Brady Explains Oxidation of Alcohols

Brady and Tom explain isomers and naming

Brady and Tom explain isomers and naming

Brady Explains NMR big table combined techniques

Brady Explains NMR big table combined techniques

Brady Explains NEW SPEC NMR big table practice question 2 aromatic

Brady Explains NEW SPEC NMR big table practice question 2 aromatic

Brady Explains why Ecell drops when you turn a battery on

Brady Explains why Ecell drops when you turn a battery on

Brady Explains NEW SPEC NMR big table practice question

Brady Explains NEW SPEC NMR big table practice question

Brady Explains how to find charges

Brady Explains how to find charges

Brady Explains pH

Brady Explains pH

Brady explains ligand substitution

Brady explains ligand substitution

Brady explains chromatography and impurities

Brady explains chromatography and impurities

Brady Explains Buffers

Brady Explains Buffers

Brady s student explains benzene

Brady s student explains benzene

Brady Explains hard moles DMESMA

Brady Explains hard moles DMESMA

Brady bootcamps chromatography

Brady bootcamps chromatography

cut1

cut1

Q2

Q3

Q9

Q8

Q1

Q7

Q5

Q4

Q6

Brady Explains Mass

Brady Explains Mass

Katies video

Katies video

Brady Explains Arrhenius

Brady Explains Arrhenius

Brady Explains Kp

Brady Explains Kp

Brady s Student Joe explains rates of reaction

Brady s Student Joe explains rates of reaction

Brady s student Luke Explains 2 step mechanisms from orders

Brady s student Luke Explains 2 step mechanisms from orders

Brady s student Cameron Explains Kw- the ionic product of water

Brady s student Cameron Explains Kw- the ionic product of water

Brady Explains hard moles DMESMA part 2

Brady Explains hard moles DMESMA part 2

Brady s student Cameron explains buffer ratio calculations

Brady s student Cameron explains buffer ratio calculations

Brady Explains Markownikoffs rule

Brady Explains Markownikoffs rule

Brady explains simple covalent bonding boiling and melting points

Brady explains simple covalent bonding boiling and melting points

Brady explains intermolecular forces london permanent hydrogen bond

Brady explains intermolecular forces london permanent hydrogen bond

Phenol A2

Phenol A2

enthalpy AS

enthalpy AS

Brady explains samples and dilutions

Brady explains samples and dilutions

brady explains moles for AS level

brady explains moles for AS level

Brady explains metallic bonding melting and boiling points

Brady explains metallic bonding melting and boiling points

Brady Explains ionic bonding melting and boiling points

Brady Explains ionic bonding melting and boiling points

OLD SPEC Brady explains simple covalent boiling and melting points

OLD SPEC Brady explains simple covalent boiling and melting points

Brady explains giant covalent melting and boiling points

Brady explains giant covalent melting and boiling points

How to use the VLE

How to use the VLE

Brady Explains Addition Polymerisation

Brady Explains Addition Polymerisation

Brady explains Thin Layer Chromatography

Brady explains Thin Layer Chromatography

Brady Explains bromination of phenol vs benzene

Brady Explains bromination of phenol vs benzene

Brady Explains nitration of benzene

Brady Explains nitration of benzene

Brady Explains benzene bonding and structure

Brady Explains benzene bonding and structure

brady explains converting full to ionic equations

brady explains converting full to ionic equations

brady explains the periodic table, rearranging equations and dotandcross (moving on day)

brady explains the periodic table, rearranging equations and dotandcross (moving on day)

Superdad.AVI

Superdad.AVI

Brady Explains Combined techniques with Proton NMR (harder) .AVI

Brady Explains Combined techniques with Proton NMR (harder) .AVI

Brady Explains Proton NMR (part 1).AVI

Brady Explains Proton NMR (part 1).AVI

Brady Explains Kc for Zen Masters (with equilibria).AVI

Brady Explains Kc for Zen Masters (with equilibria).AVI

Brady Explains complex colours and ligand substitution.AVI

Brady Explains complex colours and ligand substitution.AVI

Brady Explains Transition Metals.AVI

Brady Explains Transition Metals.AVI

Brady Explains Stereoisomerism in Complexes.AVI

Brady Explains Stereoisomerism in Complexes.AVI

Brady Explains Kc for beginners.MP4

Brady Explains Kc for beginners.MP4

Brady Explains Kc for intermediates.MP4

Brady Explains Kc for intermediates.MP4

Brady Explains how NMR works (module 2).AVI

Brady Explains how NMR works (module 2).AVI

Brady Explains Observations for Qualitative Practicals.AVI

Brady Explains Observations for Qualitative Practicals.AVI

Brady Explains Half Cells and Electrode Potentials (module 2) A2.AVI

Brady Explains Half Cells and Electrode Potentials (module 2) A2.AVI

Brady s student (Wil) explains gibbs free energy.AVI

Brady s student (Wil) explains gibbs free energy.AVI

Brady s student (joe) explains buffers (module 2) A2.AVI

Brady s student (joe) explains buffers (module 2) A2.AVI

Brady Explains making alcohols and esters (module 2).AVI

Brady Explains making alcohols and esters (module 2).AVI

Brady Explains Entropy (module 2) A2.AVI

Brady Explains Entropy (module 2) A2.AVI

Brady Explains Born-Haber cycles (hard) A2 (module 2).AVI

Brady Explains Born-Haber cycles (hard) A2 (module 2).AVI

Constructing Redox Equations using Oxidation Numbers A2 (module 2).MP4

Constructing Redox Equations using Oxidation Numbers A2 (module 2).MP4

Constructing Redox Equations using ionic half equations A2 (module 2).MP4

Constructing Redox Equations using ionic half equations A2 (module 2).MP4

Brady Explains cis-platin A2 (module 2).MP4

Brady Explains cis-platin A2 (module 2).MP4

Brady Explains Trans Fats A2.AVI

Brady Explains Trans Fats A2.AVI

Brady Explains Testing for Carbonyls A2.AVI

Brady Explains Testing for Carbonyls A2.AVI

Brady Explains Halogenation of Benzene versus Phenol A2.AVI

Brady Explains Halogenation of Benzene versus Phenol A2.AVI

Brady Explains Structural Formulas (first half of video) (Module 2) .wmv

Brady Explains Structural Formulas (first half of video) (Module 2) .wmv

Brady Explains Structural Formulas (second half of video) (Module 2).wmv

Brady Explains Structural Formulas (second half of video) (Module 2).wmv

Brady Explains Reaction of Alkenes (second half of video) (Module 2).wmv

Brady Explains Reaction of Alkenes (second half of video) (Module 2).wmv

Brady Explains Intermolecular Forces (second half of video).wmv

Brady Explains Intermolecular Forces (second half of video).wmv

Brady Explains Reaction of Alkenes (first half of video) (Module 2) .wmv

Brady Explains Reaction of Alkenes (first half of video) (Module 2) .wmv

Brady Explains Intermolecular Forces (first half of video).wmv

Brady Explains Intermolecular Forces (first half of video).wmv

Brady Explains Isomerism, cracking, reforming (Module 2).AVI

Brady Explains Isomerism, cracking, reforming (Module 2).AVI

Brady Explains deltaH calculations (module 2).AVI

Brady Explains deltaH calculations (module 2).AVI

Brady Explains Hess's Law (Module 2).AVI

Brady Explains Hess's Law (Module 2).AVI

Brady Explains Global Warming (Module 2).AVI

Brady Explains Global Warming (Module 2).AVI

Brady Explains Fractional Distillation (Module 2).AVI

Brady Explains Fractional Distillation (Module 2).AVI

Brady Explains Equilibrium and Le Chatalier Principle (Module 2).AVI

Brady Explains Equilibrium and Le Chatalier Principle (Module 2).AVI

Brady Explains Bond Enthalpy (Module 2).AVI

Brady Explains Bond Enthalpy (Module 2).AVI

brady explains the properties of water.AVI

brady explains the properties of water.AVI

brady explains sub-shells and orbitals.AVI

brady explains sub-shells and orbitals.AVI

brady explains redox reactions.AVI

brady explains redox reactions.AVI

brady explains oxidation numbers.AVI

brady explains oxidation numbers.AVI

brady explains ionisation energy.AVI

brady explains ionisation energy.AVI

brady explains boiling and melting points of period 2 and3.AVI

brady explains boiling and melting points of period 2 and3.AVI

brady explains ammonia part 2.AVI

brady explains ammonia part 2.AVI

brady explains ammonia.AVI

brady explains ammonia.AVI

brady explains balancing equations.AVI

brady explains balancing equations.AVI