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Physics/Graphing Notes
Physics/Graphing Notes

Chapter 2: Two Dimensional Motion
Chapter 2: Two Dimensional Motion

... 14) A Corey in danger of drowning in a river is being carried downstream by a current that flows uniformly with a speed of 5 km/h. Corey is 0.12 km from shore and 0.16 km upstream of a hovercraft landing when a rescue hovercraft sets out. (a) If the rescue hovercraft proceeds at its maximum speed of ...
hw3,4
hw3,4

... again during the third second. Its acceleration is A) 0 m/s2. a = Δv / Δt B) 5 m/s2. a = (8-8) / 3 C) 8 m/s2. D) 10 m/s2. E) more than 10 m/s2. 3) It takes 6 seconds for a stone to fall to the bottom of a mine shaft. How deep is the shaft? A) about 60 m d = ½ a t2 B) about 120 m d = ½ 10 62 C) about ...
Exam 1 F11
Exam 1 F11

Newton`s Universal Law of Gravitation
Newton`s Universal Law of Gravitation

1020 Test review
1020 Test review

... – A body at rest tends to remain at rest – A body that’s rotating tends to keep rotating ...
Centripetal Force
Centripetal Force

... ΣFx = m2a Ts2cosθ = m2a Ts2 = tension force by the string on the swinging mass θ = angle of rope from horizontal ...
CentralForces - University of Colorado Boulder
CentralForces - University of Colorado Boulder

... radius RE = 6380 km. So the space shuttle is only about 5% further from the earth's center than we are. If r is 5% larger, then r2 is about 10% larger, and Fgrav ( on mass m in shuttle)  G ...
Dynamics
Dynamics

Newton`s First Law of Motion: ( Law of Inertia)
Newton`s First Law of Motion: ( Law of Inertia)

... An object at rest will remain at rest and an object in motion will remain in motion at constant velocity unless it is acted on by a net force greater than 0N.  Inertia means a resistance to a change in motion.  More mass means more inertia.  The more mass an object has the more it will resist spe ...
Principles of Geology
Principles of Geology

... The major branches of the travel-time curves carry the same descriptions as for shallow-focus events. Waves leaving the focus in an upward direction, and reflected at the surface are described by the letters p, s, as follows: ...
Forces Physical Science Chapter 2
Forces Physical Science Chapter 2

... I hope so… it’s a ding-a-ling! ...
Force and Motion Study Guide 1. What is motion? What do we use to
Force and Motion Study Guide 1. What is motion? What do we use to

Newton`s second law ws pg 16
Newton`s second law ws pg 16

Bellringer
Bellringer

... between the sounds you heard when the nuts were spaced at different distances? If so, what was the difference?  The unequally spaced nuts should have had the same amount of time between each sound while the equally spaced nuts should have had unequal time intervals between the sounds. What do you t ...
F=ma Worksheet
F=ma Worksheet

Along this axis of the Aleutian Trench lies the subduction zone, in
Along this axis of the Aleutian Trench lies the subduction zone, in

No Slide Title
No Slide Title

... the absence of friction and produced by a restoring force that is directly proportional to the displacement and oppositely directed. ...
Chapter 14 - Simple Harmonic Motion
Chapter 14 - Simple Harmonic Motion

... the absence of friction and produced by a restoring force that is directly proportional to the displacement and oppositely directed. ...
Final Exam - Kuniv.edu.kw
Final Exam - Kuniv.edu.kw

Copy of Motion Notes
Copy of Motion Notes

physics midterm review
physics midterm review

... 10) Identify the Newton 3rd Law Pairs in the following situations (with both magnitude and direction when possible): a) A light is suspended from the ceiling by means of a cable. The Earth pulls downward on the light with a force of 15 N. ...
Document
Document

... 4. What is the mathematical relationship of mass, force and acceleration? ...
EARTHQUAKES OR EXPLOSIONS?
EARTHQUAKES OR EXPLOSIONS?

FMALiveForcesMotionPC
FMALiveForcesMotionPC

... range, but it doesn’t have a large net electric charge. Bummer. = Gravity But Gravity? Gravity runs over any range and affects anything with mass. ...
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Seismometer

Seismometers are instruments that measure motion of the ground, including those of seismic waves generated by earthquakes, volcanic eruptions, and other seismic sources. Records of seismic waves allow seismologists to map the interior of the Earth, and locate and measure the size of these different sources.The word derives from the Greek σεισμός, seismós, a shaking or quake, from the verb σείω, seíō, to shake; and μέτρον, métron, measure and was coined by David Milne-Home in 1841, to describe an instrument designed by Scottish physicist James David Forbes.Seismograph is another Greek term from seismós and γράφω, gráphō, to draw. It is often used to mean seismometer, though it is more applicable to the older instruments in which the measuring and recording of ground motion were combined than to modern systems, in which these functions are separated.Both types provide a continuous record of ground motion; this distinguishes them from seismoscopes, which merely indicate that motion has occurred, perhaps with some simple measure of how large it was.The concerning technical discipline is called seismometry, a branch of seismology.
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