Indiana Learning Standards - Science — Grade 7


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7.1.1

Explain that when energy is transferred from one system to another, the total quantity of energy does not change.

7.1.2

Describe and give examples of how energy can be transferred from place to place and transformed from one form to another through radiation, convection and conduction.

7.1.3

Recognize and explain how different ways of obtaining, transforming and distributing energy have different environmental consequences.

7.1.4

Recognize and provide evidence of how light, sound and other waves have energy and how they interact with different materials.

7.1.5

Describe and investigate how forces between objectssuch as magnetic, electrical or gravitational forcescan act at a distance or by means of direct contact between objects.

7.1.6

Explain that forces have magnitude and direction and those forces can be added to determine the net force acting on an object.

7.1.7

Demonstrate and describe how an objects speed or direction of motion changes when a force acts upon it. Demonstrate and describe that an objects speed and direction of motion remain unchanged if the net force acting upon it is zero

7.2.1

Describe how the earth is a layered structure composed of lithospheric plates, a mantle and a dense core.

7.2.2

Recognize that the earth possesses a magnetic field that is detectable at the surface with a compass.

7.2.3

Characterize the immensity of geologic time and recognize that it is measured in eras and epochs.

7.2.4

Explain how convection currents in the mantle cause lithospheric plates to move and cause fast changes like earthquakes and volcanic eruptions and slow changes like the creation of mountains and formation of new ocean floors.

7.2.5

Describe the origin and physical properties of igneous, metamorphic and sedimentary rocks and how they are related through the rock cycle.

7.2.6

Describe physical and chemical characteristics of soil layers and how they are influenced by the process of soil formation (including the action of bacteria, fungi, insects and other organisms).

7.2.7

Use geological features such as karst topography and glaciation to explain how largescale physical processes have shaped the land.

7.2.8

Compare and contrast fossils with living organisms in a given location to explain how earth processes have changed environments over time.

7.3.1

Explain that all living organisms are composed of one cell or multiple cells and that the many functions needed to sustain life are carried out within cells.

7.3.2

Understand that water is a major component within all cells and is required to carry out many cellular functions.

7.3.3

Explain that, although the way cells function is similar in all living organisms, multicellular organisms have specialized cells whose specialized functions are directly related to their structure.

7.3.4

Compare and contrast similarities and differences among specialized sub cellular components within plant and animal cells (including organelles and cell walls that perform essential functions and give cells shape and structure).

7.3.5

Explain that cells in multicellular organisms repeatedly divide to make more cells for growth and repair.

7.3.6

Explain that after fertilization a small cluster of cells divides to form the basic tissues of an embryo and further develops into all the specialized tissues and organs within a multicellular organism.

7.3.7

Describe how various organs and tissues serve the needs of cells for nutrient and oxygen delivery and waste removal.

7.4.1

Understand that energy is the capacity to do work.

7.4.2

Explain that energy can be used to do work using many processes (e.g., generation of electricity by harnessing wind energy).

7.4.3

Explain that power is the rate that energy is converted from one form to another.

7.4.4

Explain that power systems are used to provide propulsion for engineered products and systems