Cells: Biology: TI Science Nspired

Biology

Quick Links

Webinars

Cells

Cells are the structural and functional units of all living organisms. There are hundreds of different types of cells, in a variety of shapes and sizes to suit their diverse functions. Despite this diversity, they all share some common structures and use energy to carry out the functions of life.

Biology : Cells Modules	Type

Cell Size and Transport

Cell Size and Transport - Lesson Guide In this Science Nspired module, students will explore why "bigger isn't always better" when it comes to cell size. Through simulations, a data-collection lab, formative assessments and summative assessments, students will also explore cell transport. This Lesson Guide is a TI-Nspire PublishView^TM document.	6112	19
Cell Size and Transport - Bell Ringer This Bell Ringer introduces the topic of cell size and guides students to discover why cell size matters. The Bell Ringer is a TI-Nspire PublishView^TM document. Standards \| Textbook	5979	18
Exploring Diffusion In this lesson, students will explore diffusion through a selectively permeable membrane. Standards \| Textbook	6136	11
Cell Structure & Function In this lesson, students will use cell model diagrams to interact with both animal and plant cells and explore the structure and function of the organelles. Standards \| Textbook	1468	2
Diffusion Data Collection Lab In this lesson, students will use varying molarities of a salt solution to observe diffusion through a membrane. Standards \| Textbook	6184	9
Why Bigger is Not Necessarily Better In this lesson, students will discover the dynamic relationship between the surface area and the volume of a "cell." Standards \| Textbook	6303	15

Enzymes

Enzymes - Lesson Guide In this Science Nspired module, students will explore enzymes through simulations, a data-collection lab, formative assessments and summative assessments. This Lesson Guide is a TI-Nspire Publishview^TM document.	5358	9
Enzymes - Bell Ringer This Bell Ringer introduces the topic of Enzymes to students, showing how an enzyme helps break down complex molecules. The Bell Ringer is a TI-Nspire PublishView^TM document. Standards \| Textbook	5538	9
Need for Speed In this lesson, students will investigate the properties of enzymes and how they affect reaction rates. Standards \| Textbook	5538	9
Enzyme Catalysts In this lesson, students will explore the impact of a changing environment on the reaction rates of an enzyme. Standards \| Textbook	5466	10

Cell Respiration

Cell Respiration - Lesson Guide In this Science Nspired module, students will explore cellular respiration through active, hands-on learning activities which include data collection, with formative and summative assessments. This Lesson Guide is a TI-Nspire PublishView^TM document.	5415	11
Cell Respiration - Bell Ringer This Bell Ringer introduces the topic of Cell Respiration to students, by exploring the energy content of food. The Bell Ringer is a PublishView^TM document. Standards \| Textbook	5337	11
Watch the Birdie Breathe In this lesson, students will analyze a graph of data representing the relationship between the environmental temperature and the resulting metabolism of an endothermic animal. Standards \| Textbook	5483	9
Vernier - Cell Respiration In this lesson, students will use a CO₂ sensor to explore cell respiration, and determine the affect of temperature on the rate of cell respiration. Standards \| Textbook	5547	9
Cellular Respiration In this lesson, students will use different simulations to explore three pathways involved in cellular respiration. Standards \| Textbook	1340	1

Photosynthesis and Transpiration

Photosynthesis and Transpiration - Lesson Guide In this Science Nspired module, students will explore photosynthesis and transpiration through simulations, a data-collection lab, formative assessments and summative assessments. This Lesson Guide is a TI-Nspire Publishview^TM document.	5327	9
Photosynthesis and Transpiration - Bell Ringer This Bell Ringer introduces the topic of photosynthesis and transpiration to students by taking a look at a magnified cross-section of a plant leaf. The Bell Ringer is a PublishView^TM document. Standards \| Textbook	5298	9
Recipe for a Living World In this lesson, students will observe the effects of light intensity and wavelength on the rate of photosynthesis in a plant. Standards \| Textbook	5563	10
When Water "Leaves" In this lesson, students will explore the effects of various environmental conditions on the rate of transpiration from the leaves of a plant. Standards \| Textbook	5512	9
Vernier - Transpiration In this lesson, students will use the gas pressure sensor to observe the overall transpiration process in plants. Standards \| Textbook	5542	9

Texas Instruments

TI Science Nspired

Your Vision. Our Technology. Student Success™

Biology

Quick Links

Webinars

Cells

Cell Size and Transport

Cell Size and Transport - Lesson Guide

Cell Size and Transport - Bell Ringer

Exploring Diffusion

Cell Structure & Function

Diffusion Data Collection Lab

Why Bigger is Not Necessarily Better

Enzymes

Enzymes - Lesson Guide

Enzymes - Bell Ringer

Need for Speed

Enzyme Catalysts

Cell Respiration

Cell Respiration - Lesson Guide

Cell Respiration - Bell Ringer

Watch the Birdie Breathe

Vernier - Cell Respiration

Cellular Respiration

Photosynthesis and Transpiration

Photosynthesis and Transpiration - Lesson Guide

Photosynthesis and Transpiration - Bell Ringer

Recipe for a Living World

When Water "Leaves"

Vernier - Transpiration