Braille

Given: Information about the Braille alphabet from the chapter.

Answer: The Braille alphabet is a method of reading through touch. It uses raised dots arranged in different patterns to represent each of the twenty-six letters of the English alphabet. A blind person can 'read' by running their fingers over these raised dots. Each letter has its own unique pattern of dots. Because the letters cannot be written too close together, Braille requires more space than regular print, which is why a Braille book is thicker than a normal printed book.

Given: Information about Captain Charles Barbier de la Serre's 'Night Writing' from the chapter.

Answer: 'Night Writing' was not a success because it was too difficult to use. Although it was an alphabet of raised dots and dashes that soldiers could 'read' with their fingers in the dark, the system was too complicated for people to learn and use easily. Therefore, it did not become popular.

Given: The story of Louis Braille from the chapter.

Answer: Louis Braille became interested in Captain Barbier's 'Night Writing' when he was a teenager. He found it too difficult and worked to simplify it. He created a new, simpler system of raised dots that represented each letter of the alphabet. This system could be read by touch and was easy enough for blind people to learn and use. This system became known as the Braille alphabet, and it gave blind people all over the world a way to read and write.

Think and Discuss Answer:

The cane used by people with blindness is always white because white is a universally recognised symbol that tells others that the person carrying it has a visual impairment. The white colour makes the cane easily visible to drivers, cyclists, and pedestrians, so they can be careful and give way to the person. It is an internationally accepted signal that helps keep people with blindness safe in public places.

Think and Discuss Answer:

If the world became completely dark for a day, people would face many difficulties, such as:
1. They would not be able to see where they are going and might fall or get hurt.
2. They would not be able to read books, signs, or screens.
3. Cooking, driving, and working would become very dangerous.
4. Schools, offices, and shops would have to shut down.
5. People would feel scared and confused.
6. Traffic accidents would increase greatly.

This experience would help us understand and appreciate the challenges faced by people with blindness every day.

Sample Answer (students will fill in based on their own object):

The object in my hand was round in shape.

*(Note: Students should fill in the shape of the object they picked, for example: round, square, long, flat, oval, etc.)*

Sample Answer:

The object in my hand was shorter than my forefinger.

*(Note: Students should choose 'longer' or 'shorter' based on the actual object they picked.)*

Sample Answer:

The object in my hand was a pencil.

It was smooth and hard to touch.

It had a pointed end on one side.

*(Note: Students should write the name of their own object and add two describing lines based on what they felt — its texture, weight, temperature, shape, etc.)*

Activity-based question.

Students should refer to the Braille alphabet chart given in the chapter and represent each letter of the word C-A-T using the correct dot patterns.

- Look up the Braille symbol for C, A, and T in the chart.
- Using bindis (or dots), paste them in the correct pattern for each letter in the boxes provided.

*(One example is already done in the textbook for guidance.)*

Activity-based question.

Students should refer to the Braille alphabet chart and represent each letter of the word M-A-N using the correct dot patterns by pasting bindis in the boxes provided.

Activity-based question.

Students should refer to the Braille alphabet chart and represent each letter of the word B-O-Y using the correct dot patterns by pasting bindis in the boxes provided.

Activity-based question.

Students should refer to the Braille alphabet chart and represent each letter of the word J-U-G using the correct dot patterns by pasting bindis in the boxes provided.