Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
100

Science can be described as

A systematic approach to seeking explanations based on evidence

100

Discovery learning has as its central premise that:

Learning science builds on past experiences and understandings

100

Rigor refers to lessons that: 

Inspire students to deepen their understanding through cognitively demanding tasks

100

Discovery Stations provide: 

Open ended opportunities for self-directed exploration

100

A good source for informing the development of three dimensional assessment is: 

NGSS Evidence Statements

200

What describes how student preconceptions inform teaching?

Student preconceptions can be built upon to help students make sense of the world

200

What is something that is NOT considered a role of the teacher in discovery learning?

To explain concepts clearly to students prior to discovery so children will know what they are looking to discover. 

200

Key elements supported by research of all science learning experiences are: 

Relevance, rigor, and coherence

200

Space for successful discovery opportunities should minimally have: 

A flat surface to work on
200

During an exploration students are making circuits that will light two bulbs.  The teacher checks in with each group using a prompt and rubric.  The teacher is assessing students: 

Formatively

300

Research has supported the notion that:

Science learning is most effective when connections can be made in a meaningful context

300

What is most characteristic of discovery learning in science?

Students are actively involved in seeking explanations based on evidence 

300

NGSS bundles are organized around:

Performance expectations

300
Scientific observation is distinct from just looking because scientific observation: 

Is systematic

300

What is an example of a summative assessment?

An end of unit test

400

Meta-cognition is best described in the context of science education as: 

Self-monitoring one's own learning

400

What is an example of a science question?

How do frogs stick to trees?

400

Understanding by Design begins with: 

Desired Outcomes

400

Demonstrations are preferred when: 

Equipment is limited or safety is a concern

400

Assessments that are multiple and varied over the duration of a unit are characteristic of: 

Three-dimensional assessment

500

The purpose of the NGSS can best be described as: 

Providing performance expectations that describe what students should know and be able to do at the end of each grade

500
What is an example of a model that is consistent with models as described by the NGSS?

A student drawing that explains how diffusion works

500

In Understanding by Design, understandings are best understood as: 

Specific ideas students should learn to attain a goal

500

Effective demonstrations: 

Invite student input

500

The same assessment instrument can be used for both summative and formative assessment.  True or False? 

True