Learning ManualLearning Manual

Aim N Shoot with Horizontal barAim N Shoot with Horizontal bar

LEARN: Series and parallel electrical connection

&Motion Transformation

LEARN: Series and parallel electrical connection

&Motion Transformation

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LEARN: Series and parallel electrical connection & Motion Transformation

How it works?

Science behind Aim N Shoot:

? Insert 2 AA size batteries to the 3 v battery compartment. ? Turn the switch on.? The assembled Horizontal bar will start the action. You can see the figure swing the horizontal bar. ? After you have successfully assembled the basic individual units, you can create more exiting interaction with the Aim N Shoot Horizontal Bar together.

You can even adjust the position of the assembled parts on the box base with holes to suit the 2 in 1 connection. There is no need to keep their position exactly as the basic assembly. You can adjust their positions as long as the circuit connection is correct as instruction.

There are 3 holes on each connecting bridge. Therefore, switch or spring or other things can be installed onto connecting bridges. This is useful when you find the box base with holes is crowded and hard to find room on it.

Now, you have to aim at the basket and shoot. If you make a successful shot, then the horizontal Bar and the Basketball stand will be triggered to move. The whole world is lighting up celebrating your triumph shot.

This is a D.I.Y (do-it-yourself) educational science kit that provides useful knowledge about simple physics. “You'll be amazed” to learn realistic concepts of basic physical theory through exciting activities.

To explain how Aim N shoots kit works, the rotational power of the motor is converted to left-and right motion. If you look at the bottom of the basket stand, you can see the gearbox cap's rotational motion pushes the basket ball stand from left to right and from right to left. The rotational motion is converted to the left-and right motion in this way.

The mini basketball is shot by tapping the catapult sling. The catapult acts like a lever. When you tap it, the lever transfers the downward force to the other side and turns it into upward force. This makes the mini basketball shoots up.

You can place the catapult at different distance from the basketball stand. The longer the distance, the larger the tapping force is needed For the scientific purpose of the Horizontal Bar demonstration, below diagram are general circuits in our daily life only.

The circuit shown in Fig.1 is a series circuit. It involves series connection. As electricity flows in a single path, the current flow through each device will be the same. If anyone device is broken, the circuit will be disconnect and cannot function.

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Fig. 1 Fig. 2

The circuit shows in Fig.2 is a parallel circuit, it involves parallel connection. Each electrical device is connected in parallel. If one device is broken, the other device can still work.

How electronic components are design and connected together? Each component is represented by a symbol and a few are shown here,

Do you know?

Drawing circuit diagrams is not difficult but it takes a little practice to draw neat, clear diagrams. This is a useful skill for science as well as for electronics. You will certainly need to draw circuit diagrams if you design your own circuits.

? Make sure you use the correct symbol for each component. ? Draw connecting wires as straight lines (use a ruler). ? Put a 'blob' ( ) at each junction between wires. ? Label components such as resistors and capacitors with their values. ? The positive (+) supply should be at the top and the negative (-) supply at the bottom. The negative supply is usually labeled 0V, zero volts.

Drawing circuit diagrams :

Follow these tips for best results:

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If the circuit is complex:

? Try to arrange the diagram so that signals flow from left to right: inputs and controls should be on the left, outputs on the right. ? You may omit the battery or power supply symbols, but you must include (and label) the supply lines at the top and bottom.

Quiz

1. What is a short circuit? (a) It has very low resistance (b) It has high resistance (c) It infinite resistance

2. What is the most probable outcome when LED directly connected to Battery? (a) It will burn out (b) It will glow smoothly (c) It will not glow

3. What would happen if the distance between the bucket and catapult becomes so close? (a) There will be more chance to hit the ball into the bucket (b) There will be less chance to hit the ball into the bucket (c) There is no effect

4. What path would the ball follow after tapping? (a) Straight line (b) Circular path (c) Curve (d) Zig –zag

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Additional DIY

Series and Parallel connection:

Material Required:

Procedure:

Step 1:

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Step 2: Step 3:

Step 4: Step 5:

Step 6:

When 4 – batteries are connected in the bulb will be but will continue to Light up for a long time.

PARALLELDIM

http://www.kpsec.freeuk.com/symbol.htmCircuit symbols

http://www.arvindguptatoys.com/toys/Seriesparellel.html

http://www.arvindguptatoys.com/toys/Seriesparellel.html

Series and parallel circuit

Series and parallel connection activities

References:

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http://www.youtube.com/watch?v=E8AZBR8Zz04&feature=related

http://www.bbc.co.uk/schools/ks3bitesize/science/physics/electricity_4.shtml Series and parallel connection – animation

Series circuit and parallel circuit

Gallery

If at any time in the future you should need to dispose of this product please note that waste electrical products should not be disposed off with household waste. Please recycle where facilities exist. Check with your local authority or retailer forrecycling advice. (Waste Electrical and Electronic Equipment Directive)

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