IGCSE MATHS 0580 Assorted Questions
Please find here Assorted questions for IGCSE MATHS 0580
Impact / Momentum Notes & Numericals (solved)
Impact / Momentum - Notes and Numerical (Solved)
Please find here Notes and Numericals for Impact/Momentum.
Moment and Couples - Notes and Numerical (Solved/Unsolved)
Please click here to find scans on Moment and Couples. It contains Theory as well as Numericals.
IGCSE Std.X_Maths 0580 Paper IV (EXTENDED) - SAMPLE PAPER
IGCSE Std.X_Maths 0580 Paper IV (EXTENDED) - SAMPLE PAPER
Click here to get IGCSE Std.X_Maths 0580 Paper IV (EXTENDED) - SAMPLE PAPER
MAHARASHTRA BOARD TEXTBOOKS CLASS11
MAHARASHTRA BOARD TEXTBOOKS CLASS 11
Click here to get Maharashtra Board Class 11 - Physics/Chemistry/Maths/Biology textbooks.
MAHARASHTRA BOARD TEXTBOOKS CLASS12
MAHARASHTRA BOARD TEXTBOOKS CLASS12
Click here to get Maharashtra Board Class 12 - Physics/Chemistry/Maths/Biology textbooks.
How to solve Collision problems| Coefficient of Restitution| Loss in Kinetic Energy
In this video we learn how to solve Collisions problems. We learn about the momentum conversation law, elastic/ inelastic collisions, how to calculate Coefficient of Restitution, how to calculate loss in kinetic energy - step by step method.
Solutions Exercise 2.4 Maharashtra Board New Syllabus Textbook Maths Part 2 Application of Derivatives Chapter 2
Clickhere for Solutions Exercise 2.4 Maharashtra Board New Syllabus Textbook Maths Part 2 Application of Derivatives Chapter 2
Solutions Exercise 2.1 Maharashtra Board New Syllabus Textbook Maths Part 2 Application of Derivatives Chapter 2
CLICKHERE to get Solutions Exercise 2.1 Maharashtra Board New Syllabus Textbook Maths (Science) Part 2 Application of Derivatives Chapter 2
Momentum Collisions Practicesheet with solutions ( Class 9 / Lakhmir Singh / Laws of Motion )
Click here for Momentum Collisions Practice sheet with solutions ( Class 9 / Lakhmir Singh / Laws of Motion )
Equations of tangent & normal to curve at given point | Application of Derivatives
In this video we learn how to find Equations of tangent & normal to curve at given point.
This is part of Application of Derivatives.
Also look at this post for Application of Derivatives - Maxima/Minima; Increasing/Decreasing functions lectures.
IGCSE Cambridge Maths 0580 Past Papers 2020
In this video we solve past papers of IGCSE Cambridge Maths Extended(0580) | 2020 Papers | Surface Area/Volume Section.
We discuss in detail the below formulas:
Curved surface area of a cylinder
Total surface area of a cylinder
Curved surface area of a cone
Total surface area of a right circular cone
Volume of a cube
Volume of a cylinder
Volume of a cone
Volume of a sphere
How to calculate Area and Perimeter of a sector.
The paper/mark-sheet can be downloaded from
https://isequaltoklassesnavneet.blogspot.com/2020/09/igcse-cambridge-maths-0580past-papers.html
Also look at this for extra practice
ICSE MATHS PAST PAPERS CLASS 10 - 2019/18/17 - WITH SOLUTIONS - ALL SURFACE AREA VOLUME QUESTIONS
In this video we solve past papers of ICSE Board - Surface Area/Volume problems.
We discuss in detail the below formulas:
Curved surface area of a cylinder
Total surface area of a cylinder
Curved surface area of a cone
Total surface area of a right circular cone
Volume of a cube
Volume of a cylinder
Volume of a cone
Volume of a sphere of radius
Volume of a hemisphere
For extra practice problems do have a look at
Also have a look at this playlist for more problems
ICSE REDUCED SYLLABUS FOR CLASS IX - Geography / Chemistry / Physics / Maths / HistoryCivics / Biology
Attached herewith is reduced syllabus for ICSE CLASS IX
Pl read in this order- Geography / Chemistry / Physics / Maths / HistoryCivics / Biology
Area and Perimeter Worksheet Problems pdf (with solutions) Class 6
Please find attached herewith Area and Perimeter Worksheet Problems pdf (with solutions).
In this video, we find perimeter of Square/ Scalene Triangle/Equilateral Triangle/ Rectangle / Regular Pentagon/ Regular Hexagon.
We start from
basics and then solve word problems like fencing a field, distance run
around a park, etc in this lecture.
Click on the video to learn:
how to find perimeter of a triangle
how to find perimeter of a rectangle
how to find perimeter of a square
how to find perimeter of a hexagon
how to find perimeter of a pentagon
You may like to increase speed to 1.25X or
1.5X. Thanks for watching / pl share
Vehicle turning on unbanked curve | Maximum velocity around an unbanked curve | Derivation of v(max)= sqrt(μrg)
In this video we discuss - Vehicle turning on a horizontal circular track. We understand how friction of the road contributes to the centripetal force.
We also derive the equation - v(max)= sqrt(μrg).
Basically we answer the below questions:
*When a vehicle is taking a turn on horizontal road - the necessary centripetal force is provided by whom?
*At what maximum speed can a car safely negotiate a horizontal unbanked turn?
*What force causes centripetal acceleration of a car making a turn on a flat road?
*What type of force is responsible for keeping a car from skidding while moving around an unbanked curve?
Wall of death I Well of death | Spinning Room Amusement Park Ride - Analysis/Notes
In this video we try to understand (a) motion of a car moving well of death or a man stuck to the wall of a rotating drum (that has no base) (b) horizontal and vertical forces acting on this man. (c) the concept of Normal force.
Hope you find this useful. You may like to increase speed to 1.25X or 1.5X. Thanks for watching / pl share.
You can click on these to see live demos:
https://www.youtube.com/watch?v=YdvxHETmbBc
https://www.youtube.com/watch?v=i4y7TbSHT2g
https://www.youtube.com/watch?v=i4y7TbSHT2g
Click here for notes: Friction notes
ICSE MATHS PAST PAPERS CLASS10 - 2019/18/17 - WITH SOLUTIONS - ALL CIRCLES QUESTION
ICSE MATHS CLASS10 PAST PAPERS - 2019/18/17 - WITH SOLUTIONS
In this video we solve past papers of ICSE Board. We solve Circles problems. We also discuss the theorems/reasons in details.
Also refer to my blog link for all Circle Theorems.
Friction problems solved - Block lying on horizontal / inclined friction plane.
Attached herewith is a worksheet for Friction problems - with answers. Worksheet
In this video we discuss Static/Kinetic frictions and Angle of Repose. Then we solve friction problems based on block lying on horizontal and inclined planes. We also solve a friction+pulley+inclined plane problem
Speed/ distance /time problems with solutions - BASIC
SPEED DIS TIME WORKSHEET BASIC
Attached herewith is a basic Speed/Distance/Time worksheet for practice. This would be useful for a beginner. Solutions will be uploaded shortly.
Friction - Discussion & Derivations
In this document, you can read about Friction basics. You will also find derivation of the the below cases:
1. Vehicle revolving around a circular horizontal track
2. Man/Vehicle revolving in a "Well of Death"
3. Vehicle revolving around a circular banked track (ignoring friction)
4. Vehicle revolving around a circular banked track (with friction)
4(a) at a lower speed
4(b) at higher speed
Have a look at this awesome Virtual Lab also : https://www.thephysicsaviary.com/Physics/Programs/Labs/ForcesOnInclineLab/
https://www.thephysicsaviary.com/Physics/Programs/Labs/CircularFrictionTestTrack/
IGCSE Cambridge Maths 0580Past Papers 2020 | Stationery/Turning Points | Finding Maxima/Minima / Increasing Decreasing Functions
In this video, we solve IGCSE Cambridge Maths 0580 past papers 2020. The
topic is Stationery/Turning Points | Maxima/Minima.
Papers that we
solve are 0580-s20-qp-41 ;
0580-s20-qp-42 ; 0580-s20-qp-43 ; 0580-m20-qp-42
This is useful for
other boards also as Maxima/Minima problems are relevant to everyone
doing Calculus or Calculus based Physics.
We solve these questions in this video.
******************************
Extra practice problems:
Man in a moving Elevator - Discussion and Solved Worksheet
In this lecture we derive Apparent Weight of a man in accelerated elevator. Before that have a detailed discussion on the pseudo forces and how to apply them in Non Inertial Frames.
Also check the video where I have solved this worksheet.
How to write algebraic expressions | Operations with Integers Basics ( + - * ÷ )
In this lecture we understand how to write an algebraic expression. We also revise rules for rules for adding/subtracting/multiplying/dividing integers. We learn how to translate words into algebraic expressions. This will help you to write algebraic expressions while doing word problems.
I have attached herewith a worksheet for practice.(Clickhere)
Solved IGCSE Cambridge Maths Extended (0580) June 2020 Paper 4 | 0580-s20-qp-43
In this lecture, we solve Solved IGCSE Maths Extended June 2020 paper (part A) 0580-s20-qp-43 May/June 2020 . This is part A. Topics that we cover are Ratio/Proportion, Exponential Growth, Quadratic Equations, Inequalities, Factorisation, Trignometry (Sine/Cosine formula), Water flow/Volume problems.
Prove that w=2Ï€/T=2Ï€/f |Relation between Angular Veloc...
In this lecture we Prove that w=2Ï€/T=2Ï€/f | Relation between Angular
Velocity and RPM . We also see how circular motion , spring motion are
related to eachother and the same quantities appear in both the
chapters. We also solve a numerical in the end.
TEST ( CIRCULAR MOTION / 1D MOTION / CONICAL PENDULUM)
Here is a test on CIRCULAR MOTION / 1D MOTION / CONICAL PENDULUM.
You may use calculator while attempting test - time limit is 2 hours
Assorted Fractions Worksheet (Class6) Equivalent, Proper, Improper, Mixed Fractions | Fractional Word Problems
Assorted Fractions Worksheet
In this video we solve lot of problems regarding Equivalent, Proper, Improper, Mixed, Equivalent Fractions | Word Problems. Hope you find this useful. You may like to increase speed to 1.25X or 1.5X.
One Dimensional Equations of motion (constant acceleration) Practice Problems
One Dimensional Equations of motion (constant acceleration) Practice Problems
In this lecture , we solve the equation of motion numericals of the type one-dimensional / constant acceleration. We start with tricks/cautions on how to tackle equations of motion; then we solve a few easy problems; and finally we solve a three stage monster in the end ! This is an excellent lecture for you to practice with as it has theory and level of problems is varied.
It is useful for all boards - CBSE / ICSE / IGCSE.
Attached herewith are Equations of Motion practice sheet.
A bored Galileo and Einsten's Fanboy moment !
Galileo is to pendulum as Gabbar is to Sholay ! No talk about penduluum is complete without Galileo's name. Legend is that a bored Galileo got interested in pendulums while he he was in a church in Pisa and noticed a lamp swinging back and forth overhead. He observed that the lamp repeated the same pattern of swing Einstein was Galileo’s biggest fan and called him the father of modern physics.
I find Foucault pendulum intriguing.
Click on any of the below links for an interesting journey into these beautiful beasts.
Foucault's Pendulum
https://www.youtube.com/watch?v=iqpV1236_Q0
https://www.youtube.com/watch?v=sWDi-Xk3rgw
https://www.youtube.com/watch?v=se84vG6bzoA
https://www.youtube.com/watch?v=aMxLVDuf4VY
https://www.youtube.com/watch?v=IidBAY3I8xw
https://www.youtube.com/watch?v=EVkrSvKOUCE
https://www.youtube.com/watch?v=M8rrWUUlZ_U
https://www.youtube.com/watch?v=XJc1dnbVK_0
Practice Test for Rotational Motion
Q1. Derive an expression for Kinetic energy of rotating body with uniform angular velocity
Q2.Obtain an expression for torque acting on a rotating body with constant angular acceleration
Q3. Deduce an expression for kinetic energy when a body is rolling on a plane surface without slipping
Q4. Define angular momentum of a body obtain an expression for angular momentum of a rigid body rotating with uniform angular velocity. State its SI unit and dimensions
Q5. State and prove principle of conservation of angular momentum. Explain it with examples
Q6. What will be the duration of the day if the earth suddenly springs to 1/27th of its original volume; mass being same.
Q7. A wheel of moment of inertia 1 kg metre square is rotating at a speed of 30 Radian per second. Due to friction on the axis, it comes to rest in 10 minutes. Calculate
i total work done by the friction
ii the average torque of the friction
iii angular momentum of the wheel 2 minutes before it stops rotating
Vector | Projectile Motion Practice sheets with answers
Pl have a look at these practice sheets i found on net. (All credit due to the respective authors)
Also attached is practice video for Vectors.
Hope you find it useful!
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