Microsoft Word - SPH 3U, T2L6, Newton`s Second Law.doc
... We can see that these three variables are connected. As mass increases, acceleration decreases (because of inertia). By how much will it decrease? Is it proportional? YES! As mass increases, acceleration will decrease proportionally (with a constant force): F a OR Fnet ma m This is N2L! In words; ...
... We can see that these three variables are connected. As mass increases, acceleration decreases (because of inertia). By how much will it decrease? Is it proportional? YES! As mass increases, acceleration will decrease proportionally (with a constant force): F a OR Fnet ma m This is N2L! In words; ...
Earthquakes - PH - teacher
... • The epicenter is located using the difference in the arrival times between P and S wave recordings, which are related to distance. ...
... • The epicenter is located using the difference in the arrival times between P and S wave recordings, which are related to distance. ...
Webquest 14
... 8. What happens when the stress causes the fault to break? __________________________ 9. On the “Spreading the Motion” screen, fill in the blanks: “Tectonic plates are somewhat _______________. The motion between them is not confined entirely to their own boundaries. The motion extends into their __ ...
... 8. What happens when the stress causes the fault to break? __________________________ 9. On the “Spreading the Motion” screen, fill in the blanks: “Tectonic plates are somewhat _______________. The motion between them is not confined entirely to their own boundaries. The motion extends into their __ ...
newton*s law of universal gravitation and it*s application
... The line joining the two bodies (the sun and the revolving object) sweeps equal areas in equal times. The graphic precisely displays Kepler's second law. The area of every triangle formed is exactly the same area. Also notice as the planet or satellite moves closer to the sun, the speed of its orbit ...
... The line joining the two bodies (the sun and the revolving object) sweeps equal areas in equal times. The graphic precisely displays Kepler's second law. The area of every triangle formed is exactly the same area. Also notice as the planet or satellite moves closer to the sun, the speed of its orbit ...
Dr. Zeemo has a brief guide to Newton`s Three Laws of Motion.
... of motion in the assembly program. These demonstrations make use of common items that students are familar with which also makes them easier to remember. ...
... of motion in the assembly program. These demonstrations make use of common items that students are familar with which also makes them easier to remember. ...
Physical Science Gravity
... stronger as the masses increase and rapidly become weaker as the distance between the masses increases, F=G(m1m2/d2) • Evaluate the concept that free-fall acceleration near Earth’s surface is independent of the mass of the falling object • Demonstrate mathematically how free-fall acceleration relate ...
... stronger as the masses increase and rapidly become weaker as the distance between the masses increases, F=G(m1m2/d2) • Evaluate the concept that free-fall acceleration near Earth’s surface is independent of the mass of the falling object • Demonstrate mathematically how free-fall acceleration relate ...
Chapter 11: Earthquakes - Ms. Banjavcic`s Science
... structures and the distance from the epicenter. • Ex: only a few people would feel an intensity-I earthquake and it would cause no damage. An intensity-IV earthquake would be felt by everyone indoors during the day but would be felt by a few people outdoors. Pictures might fall off the wall and book ...
... structures and the distance from the epicenter. • Ex: only a few people would feel an intensity-I earthquake and it would cause no damage. An intensity-IV earthquake would be felt by everyone indoors during the day but would be felt by a few people outdoors. Pictures might fall off the wall and book ...
Ch._19
... If two seismic stations receive data from an earthquake, the quake’s location can be computed if P-waves, S-waves, and surface waves have been received. ...
... If two seismic stations receive data from an earthquake, the quake’s location can be computed if P-waves, S-waves, and surface waves have been received. ...
File
... and always arrive after P waves. Side to side. (body) • Surface Waves – Cause motion mostly in the upper few KM of earth’s crust. Travel more slowly and are more destructive than body waves. Can move up and down or side to side. ...
... and always arrive after P waves. Side to side. (body) • Surface Waves – Cause motion mostly in the upper few KM of earth’s crust. Travel more slowly and are more destructive than body waves. Can move up and down or side to side. ...
Name: ___________________________ Chapter 6 Notes: Earthquakes Stress
... Moment Magnitude Scale: rating that estimates the energy released by an earthquake. Scientists study seismographs Seismograph: instrument that records and measures seismic waves These show the kinds of waves present and how strong they were. Comparing Magnitude For each point increased i ...
... Moment Magnitude Scale: rating that estimates the energy released by an earthquake. Scientists study seismographs Seismograph: instrument that records and measures seismic waves These show the kinds of waves present and how strong they were. Comparing Magnitude For each point increased i ...
Physics 310 - Assignment #1 - Due September 12
... (b) For any vector, r with coordinates (u, v, z) in the parabolic coordinate system, express it in terms of the êu , êv and k̂ unit vectors. (c) Express the derivatives dêu /dt and dêv /dt in terms of the unit vectors in the parabolic coordinate system. ...
... (b) For any vector, r with coordinates (u, v, z) in the parabolic coordinate system, express it in terms of the êu , êv and k̂ unit vectors. (c) Express the derivatives dêu /dt and dêv /dt in terms of the unit vectors in the parabolic coordinate system. ...
Earthquakes
... • Surface waves travel just beneath the Earth's surface. • Body waves travel through the Earth's interior. • There are two types of body waves, P waves and S waves. • S waves have much higher amplitude than P waves, travel more slowly, carry more destructive force, but cannot travel through the Eart ...
... • Surface waves travel just beneath the Earth's surface. • Body waves travel through the Earth's interior. • There are two types of body waves, P waves and S waves. • S waves have much higher amplitude than P waves, travel more slowly, carry more destructive force, but cannot travel through the Eart ...
Circular
... With the aid of a vector diagram, find an expression for the change in velocity v as the particle moves from, say, point A to an adjacent point B in time t. Hence, determine the magnitude and direction of its acceleration at point A. (ii) A pendulum bob is attached to a string and made to revolve i ...
... With the aid of a vector diagram, find an expression for the change in velocity v as the particle moves from, say, point A to an adjacent point B in time t. Hence, determine the magnitude and direction of its acceleration at point A. (ii) A pendulum bob is attached to a string and made to revolve i ...
Reviewing Motion & Forces
... • An object in motion will stay in motion, an object at rest will stay at rest, until acted on by an unbalanced force. ...
... • An object in motion will stay in motion, an object at rest will stay at rest, until acted on by an unbalanced force. ...
Earthquakes
... The energy from the quake is transferred to the water and causes huge waves to form. Waves don’t gain height until they near the ...
... The energy from the quake is transferred to the water and causes huge waves to form. Waves don’t gain height until they near the ...
... 21. During gym, two teams are playing Tug of War. The pink team on the left side of the rope has three players – one who pulls with 2 N of force and two who pull with 1 N of force. The blue team, on the right side of the rope also has 3 players, two who pull with 2 N of force and one who pulls with ...
