11R GCSE Physics

Set 1/5/18
Due 3/5/18
Complete the questions below:


 Set 17/4/18
Due 24/4/18
Complete the equation practice questions on specific heat capacity and latent heat.

 18/1/18
Physics past paper (old spec)

 11/12/17
The radioactivity resources can be found at this link:
https://drive.google.com/open?id=1tcRcRZco-YGFwgoLkryLTlUFHTlMTkEW

 Set 28/11
Due 14/12
Complete the following question sheet in your exercise book:
https://drive.google.com/file/d/1tlLipo0dTUXo60KEm6n3KscQ6kBwRVLD/view?usp=sharing

 Complete the graphs on the axis in your exercise books, using data from this sheet:
https://drive.google.com/open?id=1HZnMzSSmAmniXQYx_KYJT2UR-Mu0VctL
Set 14/11
Due 16/11
Complete the 3 graphs show voltage and current for the resistors and the lamp
Due 21/11
Complete the paper 1 "mock mock" questions

 Set 17/10
Due 31/10
Complete all worksheets that were set during cover in last week's lesson

 Set 3/10
Due 10/10
Complete the practice sheet on vectors

 Topic test question level analysis
https://goo.gl/forms/YlL1UKHTmkbEWDLf2

 Set 19/5
Due 23/5
Complete the past paper questions (link below) and revise ready for the P6 test on radioactivity on Tuesday (23rd May)
https://drive.google.com/open?id=0B6gwUs53K3szNk1TSGhRNW5UM0U

 Set 25/4
Due 28/4
Complete the activelearn task set

 Set 7/4
Due 25/4
Complete the past paper questions on forces and motion at the link below:
https://drive.google.com/file/d/0B6gwUs53K3szbklLeTdKMmtDLWM/view?usp=sharing

 Set 24/3
Due 28/3
Complete the exam questions on half life

 10/3
You will find some practice exam style questions in the folder below, along with the markscheme:
https://drive.google.com/drive/folders/0B6gwUs53K3szR1JwM3ZtN2RJbE0?usp=sharing

Don't forget revision for the mock exam break and lunch on Tuesday
Set 7/3
Due 10/3
Complete nuclear equations for the following decays:



















Set Tues 31/1
Due Fri 3/2
Login to activelearn and complete the exercises set there.
Use the following links as well as activelearn to help with your revision (remember to work your way through the checklist for the topic in your book)





















  • Cyberphysics - URL: http://www.cyberphysics.co.uk/Welcome/student.htm


  • Grade Gorilla - URL: http://gradegorilla.com/UKschools.php


  • Pass my exams, some very good animations- URL: http://www.passmyexams.co.uk/GCSE/physics/index.html


  • Physics Net - URL: http://physicsnet.co.uk/gcse-physics/



    •  Set Tues 6/12
    Due Fri 9/12




     Set Tues 15/11
    Due Fri 18/11
    Use ideas about insulation and heat transfer to create design one of the items listed to minimise heat loss
    a. House
    b. Jacket
    c. Car

     Set Tues 1/11
    Due Fri 11/11
    The test on P2 will be on Friday 11th November and will include the following topics:
    • Stopping distance (braking distance + thinking distance)
    • Centripetal force
    • Calculating acceleration
    • Measuring acceleration
    • Newton's 1st law (Resultant force causes acceleration)
    • Newton's 2nd law (F=ma)
    • Newton's 3rd law (action reaction pairs)
    • Momentum and collisions
      • Applying Newton's 3rd law to collisions
    • Impact forces and how safety features in cars can reduce impact force
    Use BBC bitesize to help with revision:
    http://www.bbc.co.uk/education/guides/zyydmp3/revision
    http://www.bbc.co.uk/education/guides/zv3j6sg/revision

     Complete the following past exam question to help prepare for the test:


    1. The items in the box are packed in bubble wrap to protect them from damage.




    Explain, by considering changes either in momentum or in kinetic energy, how bubble wrap protects the items in a box from damage caused by a fall.


    (6)


    Set 14/10
    Due 18/10
    1. A bumper car of mass 100 kg with a driver of mass 50 kg moves at a steady velocity of +2 m/s. It bumps into an unoccupied stationary bumper car and gets ‘locked’ so that they both now move in the same direction as the original car. Assuming the bumper cars are of the same mass, what velocity are they both now moving at?
    2. A bullet of mass 0.005 kg speeds through the air at a velocity of +444 m/s. It hits a wooden ‘brick’ of mass 0.5 kg, which is resting on ice. The bullet gets stuck in the block. What is the final velocity of the wooden block and bullet?

     Set 7/10
    Due 11/10
    Complete the extended writing task in your book.
    Also available at the link below:
    https://drive.google.com/file/d/0B6gwUs53K3szSmhxOFNVQk1lbUk/view?usp=sharing

     Welcome to the GCSE physics homework blog.
    Homework
    Set 23/09
    Due 27/09
    Compare and explain the motions of the feathers and the bowling ball
    1. Normally (in air)
    2. In a vacuum
    Complete the following practice questions:



    1 For each object:

    ● calculate the size and direction of the resultant force                                                        1 tonne = 1000 kg

    ● calculate the size of its acceleration and state the direction.

     a.  b.


    2 Copy and complete the table below by calculating the missing values.


    3 A golf ball has a mass of 45 g. In a speed test, a golf ball was driven from rest to a velocity of 90 m/s.



    a



    If the time taken for the golf ball to reach this velocity was

    0.0005 seconds, what acceleration was this?





    b What force was applied to the golf ball?







     Homework:
    Set 16/09
    Due 20/09
    1. Using diagrams, explain why the water stayed in the bucket for either the bucket on a string or the rollercoaster.
    https://www.youtube.com/watch?v=KvCezk9DJfk

     2. Complete your graph showing the relationship between mass and weight. Use the link below for how to draw a good graph:
    https://drive.google.com/file/d/0B6gwUs53K3szT2c3czc5QmVVTVE/view?usp=sharing
















    Subscribe to: Posts (Atom)