Starter reading practice test 6

Reading Passage 1

How Bees Help Plants

ABees are well known for making honey, but their work as pollinators is just as important. When a bee visits a flower to collect nectar or pollen, some pollen may stick to its body. If the bee visits another flower of the same kind, pollen can move between the flowers. This process helps many plants produce seeds and fruit.

BNot all plants depend on bees. Some are pollinated by wind, while others attract butterflies, flies, birds or other animals. However, bees visit a wide range of flowering plants, and some crops produce better harvests when bees and other pollinators are present. Apples, berries and several other foods can benefit from insect pollination.

CA bee usually visits flowers to collect food for itself or its colony. Nectar provides energy, while pollen supplies nutrients. As bees move between flowers, they can pollinate plants without intending to do so. This is an example of how an animal's search for food can also support the wider environment.

DGardens and farms can make it easier for bees to find food. A mixture of flowers that bloom at different times can provide nectar and pollen across more of the year. Pesticides may harm bees if they are used carelessly, so gardeners should follow product instructions and consider safer ways to manage pests. A shallow dish of water with stones can also give insects a place to drink safely.

EBees face several challenges. In some areas, flowers have become less common because land has been built on or managed in ways that leave little space for wild plants. Certain diseases and parasites can affect bee colonies, and extreme weather can change when flowers appear. These pressures do not affect every bee species in the same way.

FPeople can support pollinators by planting suitable flowers, avoiding unnecessary pesticide use and leaving some areas of a garden undisturbed. Even a small balcony with flowering plants may provide food for insects. No single action will solve every problem, but many small, well-chosen changes can make neighbourhoods more welcoming to bees and other pollinators.

Reading Passage 2

Why People Use Public Parks

APublic parks provide open spaces where people can walk, rest, play and meet others. In crowded towns and cities, a park may offer a break from traffic, buildings and noise. Some parks are large natural areas, while others are small gardens between streets or apartment blocks. Their size and design vary, but they all provide space that people can use without having to buy something.

BWalking and other light activities in parks can support physical health. Paths allow people to move at their own pace, and open areas may be used for games or exercise classes. Trees can provide shade on hot days, while grass and plants can make a place feel more pleasant. People should still take care in very hot weather and choose activities that suit their abilities.

CParks can also support social life. Families may meet for picnics, children can play together, and neighbours may stop to talk. Community events such as outdoor concerts or local celebrations can bring different groups together. However, a park will not automatically feel welcoming to everyone. Poor lighting, broken paths or a lack of seating may make some visitors uncomfortable.

DGood park design considers the needs of different users. Clear paths help visitors find their way, and ramps can make some areas easier to reach for people with mobility difficulties. Benches are useful for older visitors and anyone who needs to rest. Toilets, drinking water and signs can also make a long visit more comfortable.

EMaintaining parks requires money and regular work. Grass may need cutting, rubbish must be collected, and trees should be checked for safety. During dry periods, watering can be expensive, so some councils choose plants that can survive with less water. Local volunteers may help with planting or clean-up events, although essential maintenance remains an ongoing responsibility.

FParks are valuable, but they cannot meet every community need by themselves. A park may be too far away for some residents, or it may lack facilities for particular activities. Listening to local people can help planners decide what improvements matter most. When parks are safe, accessible and cared for, they can improve everyday life for a wide range of residents.

Reading Passage 3

How Bread Is Made

ABread is made from a few basic ingredients, usually flour, water, yeast and salt. Different recipes may include milk, oil, seeds or other ingredients, but the main steps are similar. Flour is produced by grinding grains, most often wheat. The type of flour affects the colour, texture and flavour of the finished bread.

BWhen flour and water are mixed, the dough begins to form. Kneading helps develop gluten, a network of proteins that gives many kinds of bread their stretchy structure. Dough made from different flours may behave differently, so bakers often adjust the amount of water or the time spent kneading.

CYeast is a living organism that feeds on sugars in the dough and produces carbon dioxide gas. The gas forms bubbles, causing the dough to rise. Warm conditions usually help yeast work more quickly, while very cold conditions slow it down. If dough becomes too warm or is left for too long, its structure may weaken.

DAfter rising, the dough is shaped and may be left to rise again. This second rise can improve the final texture. Bakers then place the dough in an oven. Heat causes the gas bubbles to expand, the outside to form a crust and the inside to become firm. The exact baking time depends on the size and type of loaf.

EBread recipes differ around the world. Some breads are flat and cook quickly, while others are large loaves that need longer baking. Ingredients and methods reflect local crops, equipment and food traditions. Even within one country, families and bakeries may use different recipes.

FMaking good bread requires attention to each stage rather than one secret ingredient. Measuring carefully, allowing enough time for rising and using a suitable oven all matter. Bakers often learn by observing the dough and adjusting their method. With practice, they become better at recognising when the dough is ready for the next step.