Unseen Passage for Class 6 - Passage 10
Posted by Olympiad Tester on
Exploring the world of dry fruits is like embarking on a delightful journey of flavors, textures, and nutritional benefits. These delectable treats are not only tasty but also packed with essential nutrients that contribute to a healthy lifestyle.
Almonds, with their crunchy texture and nutty flavor, are a popular choice among dry fruits enthusiasts. Rich in protein, fiber, and healthy fats, almonds make for a satisfying and nutritious snack. They are also known to promote heart health and provide a good dose of antioxidants.
Raisins, on the other hand, offer a natural sweetness along with a chewy texture. These dried grapes are a good source of energy and are often included in various cuisines and desserts. Additionally, raisins contain iron and potassium, contributing to better blood circulation and maintaining a healthy balance of fluids in the body.
Apricots, when dried, transform into succulent and flavorful dried apricots. These gems are not only delicious but also provide essential vitamins and minerals, including vitamin A, potassium, and copper. Dried apricots are a convenient and portable snack option, making them a favorite among those with an on-the-go lifestyle.
Walnuts, with their unique shape and rich taste, are another popular dry fruit. Packed with omega-3 fatty acids, walnuts support brain health and are a great addition to a balanced diet. The versatility of walnuts allows them to be enjoyed on their own or as a flavorful addition to salads, yogurt, or baked goods.
Q1) Which dry fruit is known for its crunchy texture and nutty flavor?
A. Raisins
B. Almonds
C. Apricots
D. Walnuts
Answer: B. Almonds
Q2) Which dry fruit is a good source of energy and is often included in various cuisines and desserts?
A. Almonds
B. Raisins
C. Apricots
D. Walnuts
Answer: B. Raisins
Q3) What essential nutrients do almonds provide?
A. Protein, fiber, and healthy fats
B. Iron and potassium
C. Vitamin A, potassium, and copper
D. Omega-3 fatty acids
Answer: A. Protein, fiber, and healthy fats
Q4) Which dry fruit is known for its natural sweetness and chewy texture?
A. Almonds
B. Raisins
C. Apricots
D. Walnuts
Answer: B. Raisins
Q5) Which dry fruit is packed with omega-3 fatty acids, supporting brain health?
A. Almonds
B. Raisins
C. Apricots
D. Walnuts
Answer: D. Walnuts
Enter the fascinating world of carnivorous plants, where ordinary greenery takes on a whole new meaning. These extraordinary plants have evolved unique mechanisms to capture and digest prey, showcasing nature's incredible diversity in adaptation and survival strategies.
Venus Flytrap (Dionaea muscipula) is perhaps the most iconic carnivorous plant. With its hinged lobes and trigger-sensitive hairs, it waits patiently for unsuspecting insects. Once triggered, the lobes snap shut, trapping the prey. The plant then secretes digestive enzymes, breaking down the insect for nutrients.
Pitcher plants, such as the Nepenthes genus, utilize modified leaves to form deep, pitcher-shaped structures. Insects are lured by nectar and visual cues, only to slip into the pitcher's liquid-filled chamber. The plant's digestive enzymes go to work, transforming the prey into a nutrient-rich soup.
Sundews (Drosera species) take a different approach, boasting tentacle-like structures covered in sticky glands. Insects attracted to the glistening droplets become ensnared. The sundew's glands release enzymes to digest the trapped prey, absorbing essential nutrients.
Carnivorous plants have adapted to thrive in nutrient-poor environments, relying on captured prey to supplement their diet. While they may seem otherworldly, these plants are a testament to the marvels of nature's ingenuity and the complex web of relationships in the plant kingdom.
Q1) Which carnivorous plant has hinged lobes and trigger-sensitive hairs to capture prey?
A. Pitcher Plant
B. Venus Flytrap
C. Sundew
D. Nepenthes
Answer: B. Venus Flytrap
Q2) How do Pitcher plants like Nepenthes attract insects?
A. Through sticky glands
B. With glistening droplets
C. By forming deep pitcher-shaped structures
D. By snapping shut their lobes
Answer: C. By forming deep pitcher-shaped structures
Q4) How do Venus Flytraps digest captured insects?
A. By forming pitcher-shaped structures
B. By releasing glistening droplets
C. By snapping shut their lobes and secreting digestive enzymes
D. By utilizing tentacle-like structures with sticky glands
Answer: C. By snapping shut their lobes and secreting digestive enzymes
Q5) What purpose do the modified leaves of Pitcher plants serve?
A. Capturing prey
B. Absorbing nutrients
C. Forming pitcher-shaped structures
D. Secreting digestive enzymes
Answer: C. Forming pitcher-shaped structures