Chapter Introduction Lesson 1 Energy Processing in Plants Lesson 2 Plant Responses Chapter Wrap-Up
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1 Chapter Introduction Lesson 1 Energy Processing in Plants Lesson 2 Plant Responses Chapter Wrap-Up
2 Materials for Plant Processes Xylem and phloem the vascular tissue in most plants transport materials throughout a plant. Water flows inside xylem to all parts of a plant. Most plants make their own food; a liquid sugar that moves out of foodmaking cells, enters phloem, and flows to all plant cells.
3 Materials for Plant Processes (cont.) Carbon dioxide, oxygen, and water vapor pass into and out of a plant through tiny openings in leaves. How do materials move through plants?
4 Photosynthesis Photosynthesis is a series of chemical reactions that convert light energy, water, and carbon dioxide into the food-energy molecule glucose and give off oxygen. photosynthesis from Greek photo, means light ; and synthesis, means composition
5 Photosynthesis (cont.) Two types of mesophyll cells inside a leaf contain chloroplasts, the organelles where photosynthesis occurs. Near the top surface of the leaf are palisade mesophyll cells, which are packed together. Spongy mesophyll cells have open spaces between them, and gases needed for photosynthesis flow through the spaces.
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7 Photosynthesis (cont.) In the first step of photosynthesis, plants capture the energy in light. This occurs in chloroplasts, which contain plant pigments. Chlorophyll, the most common plant pigment, is necessary for photosynthesis.
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9 Photosynthesis (cont.) Sugars are made in the second step of photosynthesis. In chloroplasts, carbon dioxide and water are broken down and, using energy stored in chlorophyll, form sugar molecules.
10 Cellular Respiration Cellular respiration is a series of chemical reactions that convert the energy in food molecules into a usable form of energy called ATP. Glucose molecules break down during cellular respiration. Plants produce sugar, but without cellular respiration, plants could not grow, reproduce, or repair tissues.
11 Cellular Respiration (cont.) Most plants, some protists, and some bacteria carry on photosynthesis. Most organisms carry on cellular respiration. Life on Earth depends on a balance of these two processes.
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14 Materials that a plant requires to survive move through the plant in the vascular tissue, xylem and phloem. Plants can make their own food by using light energy, water, and carbon dioxide.
15 The products of photosynthesis are the reactants for cellular respiration.
16 Which term refers to the organelles where photosynthesis occurs? A. palisade mesophyll cells B. chlorophyll C. chloroplasts D. spongy mesophyll cells
17 Which process breaks down glucose molecules? A. cellular respiration B. light energy capture C. first step of photosynthesis D. second step of photosynthesis
18 Which have open spaces between them that gases flow through? A. spongy mesophyll cells B. palisade mesophyll cells C. chloroplasts D. chlorophyll
19 Stimuli and Plant Responses Stimuli are any changes in an organism s environment that cause a response. A plant responds to light by growing toward it.
20 Environmental Stimuli A tropism is a response that results in plant growth toward or away from a stimulus. When the growth is toward a stimulus, the tropism is called positive. Growth away from a stimulus is considered negative.
21 The growth of a plant toward or away from light is a tropism called phototropism
22 Environmental Stimuli (cont.) The response of a plant to touch is called a thigmotropism. Special structures that respond to touch, called tendrils, can wrap around or cling to objects.
23 Environmental Stimuli (cont.) The response of a plant to gravity is called gravitropism. Stems grow away from gravity, while roots grow toward gravity.
24 Environmental Stimuli (cont.) Photoperiodism is a plant s response to the number of hours of darkness in its environment. Plants that flower when exposed to less than hours of darkness are called long-day plants.
25 Environmental Stimuli (cont.) Short-day plants require 12 or more hours of darkness for flowering to begin. Day-neutral plants flower when they reach maturity and the environmental conditions are right.
26 The number of hours of darkness controls flowering in many plants.
27 Chemical Stimuli Plant hormones are substances that act as chemical messengers within plants. Auxins are hormones responsible for phototropism. They cause the cells on the dark side of the plant s stem to grow longer.
28 Chemical Stimuli (cont.) The plant hormone ethylene helps stimulate the ripening of fruit. Ethylene is a gas that can be produced by fruits, seeds, flowers, and leaves. How do plants respond to the chemical stimuli, or hormones, auxin and ethylene?
29 Chemical Stimuli (cont.) Rapidly growing areas of a plant, such as roots and stems, produce gibberellins, which increase the rate of cell division and cell elongation. Root tips produce cytokinins, a hormone that increases the rate of cell division and, in some plants, slows the aging process of flowers and fruits.
30 Humans and Plant Responses Humans make plants more productive by using plant hormones. Some crops now are easier to grow because humans understand how plants respond to hormones.
31 Plants respond to stimuli in their environments in many ways.
32 Photoperiodism occurs in long-day plants and short-day plants. Dayneutral plants are not affected by the number of hours of darkness.
33 Plant hormones are internal chemical stimuli that produce different responses in plants.
34 Which term refers to the growth of a plant toward or away from light? A. phototropism B. photoperiodism C. gravitropism D. thigmotropism
35 Which of the following helps stimulate the ripening of fruit? A. auxins B. cytokinins C. ethylene D. tendrils
36 Which refers to special plant structures that respond to touch? A. roots B. stems C. leaves D. tendrils
37 Lesson 1: Energy Processing in Plants The vascular tissues in most plants, xylem and phloem, move materials throughout plants. In photosynthesis, plants convert light energy, water, and carbon dioxide into the food-energy molecule glucose through a series of chemical reactions. The process gives off oxygen. Cellular respiration is a series of chemical reactions that convert the energy in food molecules into a usable form of energy called ATP. Photosynthesis and cellular respiration can be considered opposite processes of each other.
38 Lesson 2: Plant Responses Although plants cannot move from one place to another, they do respond to stimuli, or changes in their environments. Plants respond to stimuli in different ways. Tropisms are growth responses toward or away from stimuli such as light, touch, and gravity. Photoperiodism is a plant s response to the number of hours of darkness in its environment. Plants respond to chemical stimuli, or plant hormones, such as auxins, ethylene, gibberellins, and cytokinins. Different hormones have different effects on plants.
39 Carbon dioxide, oxygen, and water vapor pass into and out of a plant through which part of a plant? A. leaves B. phloem C. roots D. xylem
40 Water flows to all parts of a plant in which of these? A. xylem B. phloem C. chloroplasts D. chlorophyll
41 Which term refers to a response that results in plant growth toward or away from a stimulus? A. photoperiodism B. photosynthesis C. stimuli D. tropism
42 When the growth is toward a stimulus, what is the tropism referred to as? A. negative B. photoperiodism C. photosynthesis D. positive
43 Which acts as chemical messengers in plants? A. hormones B. stoma C. tendrils D. xylem
44 Which term refers to a series of chemical reactions that convert light energy, water, and carbon dioxide into the food-energy molecule glucose? A. cellular respiration B. photosynthesis C. xylem D. phloem
45 Where does the first step of photosynthesis occur? A. xylem B. phloem C. mesophyll cells D. chloroplasts
46 Which term describes any changes in an organism s environment that cause a response? A. tropism B. gravitropism C. phototropism D. stimuli
47 Short-day plants require how many hours of darkness for flowering to begin? A. 12 or more B. 10 to 12 C. 8 to 10 D. less than 8
48 A growing ivy plant comes into contact with a brick building and begins to grow up the building. What is this response? A. gravitropism B. photoperiodism C. phototropism D. thigmotropism
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