Kate shepherd

Kia Ora readers 

Kate Sheppard was born in Liverpool in 1847 and then moved to the Christchurch, New Zealand in 1868. 

Kate Sheppard married with Walter Sheppard in 1871 and then Sheppard joined in the  (WCTU ) that means ( Womens Christan Temprance Union) which aimed to restrict the sale of alcohol. 

Sheppard became passionate about women receiving the right vote in New Zealand.  

At this time women were unable to vote in any country in the world. 

Sheppard travelled all over New Zealand writing he newspapers and holding the public meeting and talking to the member of parliament. 

Many men in New Zealand didn't agree and that women should be allowed to vote, women were seen as being better looking after children and cleaning the house and thinking about politics. 

In 1893 Kate Sheppard and her team collected the signature of nearly 32,000 women and men to show how many people supported for their cause and they also had a support for prime minister at the time, John Balance. This petition was 270 meters long! 

This Premier, Richard Seddon, did not think women should be able to vote. 

However, in 1893, in Electoral Act was passed and became law on the 19th of the September. 

Women could vote now! New Zealand women were the first in the world to able to vote.

Since her death Sheppard has received many honours within New Zealand. 

Buildings and Street and Neighborhood throughout New Zealand are named after her and she also featured on a postage stamp, in 1991 her image was placed on New Zealand 
$10 note. 

In 1999 Helen Clark became the first women to be elected as Prime minister in New Zealand.

Kate Sheppard would have been very Pleased! 

Lighting a Bunsen Burner

1. get the equipment. 
2. wear safety glasses. 
3. put a heat mat in the middle of the bench.
4. connect the gas hose to the tap.
5. Turn the collar to close the air hole.
6. light a match/lighter and hold the flame over the nozzle.
7. Turn on the gas.
8. Turn the collar to open the air hole.
9. Close the air hole and turn of the gas. 

3D design bedroom

 

This is my bedroom 

This is my bedroom that I sleep on and sometimes it is tidy it up and most people don't want to do their own and they most people get angry at their bed and they start messing around they don't do their bed they just left their bed as they are and most of the people do their bed after work they feel calm. 

What did we enjoyed this week in drama.

what did we enjoyed this week while doing games and making things 

I liked warm up games which was called voice games why did I like it because it is fun and playing funny scripts and the script is called Bullies which was so funny to play and performon the stage with your group. 

Gummy bear Osmosis

Aim:

I want to find out what happen to Gummy bear when we put them into different solutions.

Prediction: 

I predict that gummy bear will melt to the jelly and it will be liquid.

Method: 

Equiement:

• 4x Gummy  bear of the same colour.
• 2x petri dishes. 
•  paper towels. 
• maker pen.
• water 
• sugar water.
• salt water. 
• electronic balance
• Beaker 
• measuring cylinder
• safety goggles 

instrcustion 

1. Get your equiment. 
2. Put on your safety glasses.
3. using the maker pen, write of the condition on the petri dish DRY,WATER,SALTWATER, SUGAR WATER.
4.  Weight the Gummy bear and write the weight the gummy bear on the petri dish.
5. Meaurse 40mL of the solution and pour it into the petri dish. 

Result: 

Skittle colour Experiment - science

Aim:

I want to find out what happens when you mix Skittle colours.

Method:

Equipment

• Skittles
• Petri dish
• Warm water
• Beaker
• White background

Instructions

1. Get your equipment.
2. Place your petri dish on the white background
3. Put your Skittles around the inside edge of the petri dish.
4. Gently, pour warm water into the middle of the petri dish.
5. Observe what happens.

Prediction:

I think that the colours will all mix together and turn brown.

Results:

I saw the colour of each Skittle slowly dissolving into the water.

The colours spread out in a circle until the colours ran into each other.

The colours did not mix at the boundaries.

Discussion:

1. The colour dissolved. Dissolve means when a soild mixes into a liquid creating a solvation. 
2. The colour spread out in the water. the colour was constrused and defiuse 
3. The colours did not mix. The colours had different solubities 

Equipment

                                                             Equipment   

conical flask 

Conical flask is used in science and chemistry