'Equal increments' presentation slideshows

Warm Up

Warm Up. Which of these graphs is not like the others and why?. 0:09. 0:07. 0:06. 0:08. 0:04. 0:05. 4:00. 3:00. 2:00. 1:00. 0:03. 0:01. 0:02. 5:00. 0:10. Times Up. Bulletin Board. Readings Pages 14-19 Personal Practice # 4-8 on page 13. Speed & velocity.

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NORTH CAROLINA ESEA Flexibility Request Globally Competitive Students (GCS 1)

NORTH CAROLINA ESEA Flexibility Request Globally Competitive Students (GCS 1) Slides 8 and 18 Updated February 20 based on new USED information. ESEA Flexibility. Involvement of staff across divisions Federal Programs District and School Transformation Accountability

357 views • 23 slides

Math 110 (Lehmann) Lecture 1.2

309 views • 18 slides

How scientists work

How scientists work. What is a hypothesis?. A reasonable explanation of an observation or experimental result or a possible answer to a scientific question that can be answered. The hypothesis may or may not be supported by experimental results. Hypothesis, cont.

246 views • 11 slides

Instantaneous Speed

Instantaneous Speed. 10.7. Instantaneous Speed. What is it? The speed at a particular time. Any object moving at a constant speed (where distance is in equal increments), has any instantaneous speed equal to that of the constant speed (BLM 10.7 graphs 1-2). BLM 10.7 Graphs 1-2.

310 views • 11 slides

Instantaneous Speed

Instantaneous Speed. 10.7. Instantaneous Speed. What is it? The speed at a particular time. Any object moving at a constant speed (where distance is in equal increments), has any instantaneous speed equal to that of the constant speed (BLM 10.7 graphs 1-2). BLM 10.7 Graphs 1-2.

533 views • 11 slides

Ch13. Poisson Regression Analysis

Ch13. Poisson Regression Analysis. Poisson Regression Analysis is used when the outcome variable comprises counts, usually of rather rare events e.g. number of cases of cancer over a defined period in a cohort of subjects.

921 views • 6 slides