'Meters sec' presentation slideshows

Planets

Planets . Monday, December 1. What is a planet?. A ball of gas, liquid, and/or solid, . orbiting a star, . whose size is neither too big nor too small for a planet. Planets are smaller than stars.

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Chapter 2 Outline

Chapter 2 Outline. Data Analysis And Measurement. I. The Metric System. A. U.S. only industrial country in world not to use as primary system B. Used in all sciences as system of measurement C. Uses base units - and prefixes - that are easily manipulated. D. Base Units.

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10.4 Projectile Motion

10.4 Projectile Motion Fort Pulaski, GA Photo by Vickie Kelly, 2002 Greg Kelly, Hanford High School, Richland, Washington One early use of calculus was to study projectile motion . In this section we assume ideal projectile motion: Constant force of gravity in a downward direction

1.15k views • 28 slides

10.4 Projectile Motion

10.4 Projectile Motion. Fort Pulaski, GA. Photo by Vickie Kelly, 2002. Greg Kelly, Hanford High School, Richland, Washington. One early use of calculus was to study projectile motion . In this section we assume ideal projectile motion:. Constant force of gravity in a downward direction.

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Ocean Surface Circulation

Ocean Surface Circulation. Motion in the Ocean, Part I, or Why does the ocean have currents, and why do they move in circles?. Two types of Ocean Circulation:. Surface Circulation -- Wind-driven Deep Circulation -- Density (T,S) driven. Atmospheric Circulation. Temperature and Pressure.

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Over what interval(s) on the graph above is the object speeding up?

UM.6. Over what interval(s) on the graph above is the object speeding up? Over what interval(s) on the graph above is the object slowing down? At what point(s) on the graph above is the object changing direction?

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(L-4) More on Free Fall

g. (L-4) More on Free Fall. If we neglect air resistance, all objects, regardless of their mass, fall to earth with the same acceleration ? g ? 10 m/s 2 = (10m/s)/s ? speed increases by 10m/s every second.

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Chapter 5: Calculus~ Hughes-Hallett

Chapter 5: Calculus~ Hughes-Hallett. The Definite Integral. Area Approximation: Left-Hand Sum. Width of rectangle: ?t Length of rectangle: f(t) Area = A, ?A = f(t) ?t. Area Approximation: Right-Hand Sum. , Approximate Total Area = 406.25

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Chapter 5: Calculus~ Hughes-Hallett

Chapter 5: Calculus~ Hughes-Hallett. The Definite Integral. Area Approximation: Left-Hand Sum. Width of rectangle: ?t Length of rectangle: f(t) Area = A, ?A = f(t) ?t. Area Approximation: Right-Hand Sum. , Approximate Total Area = 406.25

415 views • 19 slides

Chapter 5: Calculus~ Hughes-Hallett

Chapter 5: Calculus~ Hughes-Hallett. The Definite Integral. Area Approximation: Left-Hand Sum. Width of rectangle: ?t Length of rectangle: f(t) Area = A, ?A = f(t) ?t. Area Approximation: Right-Hand Sum. , Approximate Total Area = 406.25

205 views • 19 slides

Rotational Dynamics

Rotational Dynamics. Torque & Rotational Kinematics. Presentation 2003 R. McDermott. Torque. Torque is the rotational equivalent of force Force tends to cause linear acceleration Torque tends to cause rotational acceleration Occurs when forces do not meet at a point (non-concurrent forces).

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Motion, Work , and Power

Motion, Work , and Power. Motion. Motion- A change in position in a certain amount of time In order to describe motion, you need a frame of reference to compare it with . Speed. Speed- The rate at which an object moves Velocity- Speed in a given direction

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Why is there Magnetism?

Why is there Magnetism?. Einstein gave the answer: Electricity + motion = Magnetism. From two points of view: Lorentz transformations. Lab frame of reference: x, y, z, t Moving frame of reference: x / , y / , z / , t / Frames coincide at the origin when t = t / = 0.

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PowerPoint #5: Basic Physical Laws Governing Energy Use

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Internet and Intranet Protocols and Applications

Internet and Intranet Protocols and Applications. The Internet: Delay, Errors, Detection February, 2002 Joseph Conron Computer Science Department New York University jconron@cs.nyu.edu. Internet: Congestion and Reliability. Definition of reliable communication

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Modeling Unknown Planets

Modeling Unknown Planets. Barbara McArthur University of Texas. Planet 1. 24 data points over ~515 days Eric says stellar jitter of 3.2 m/sec based upon R'_HK. For errors as given: P 3.0241 +- 0.0003 T 1071.0164 +- 0.3153 ecc 0.0456 +- 0.0318 wrv 60.0364 +- 38.7513

221 views • 11 slides