PPA6_Lecture_Ch_05
... explain any differences using the physics you know. 4. For v vs. t graph, describe the change in velocity 5. Explain possible reasons for this v vs. t behavior using what you know about gasses and physics. 6. Due Tuesday 15 Dec at beginning of class. 7. Analysis: Type 1-2 page of report plus graphs. ...
... explain any differences using the physics you know. 4. For v vs. t graph, describe the change in velocity 5. Explain possible reasons for this v vs. t behavior using what you know about gasses and physics. 6. Due Tuesday 15 Dec at beginning of class. 7. Analysis: Type 1-2 page of report plus graphs. ...
Earthquakes - Cobb Learning
... have used a mechanical seismograph a mechanical seismograph consists of a heavy weight connected to a frame by a wire or spring When the drum is not moving, the pen draws a straight line on paper wrapped around the drum Seismic waves cause the drum to vibrate during an earthquake the pen stays in pl ...
... have used a mechanical seismograph a mechanical seismograph consists of a heavy weight connected to a frame by a wire or spring When the drum is not moving, the pen draws a straight line on paper wrapped around the drum Seismic waves cause the drum to vibrate during an earthquake the pen stays in pl ...
Day 3
... bridge into the river below. They hit the water 1.5 s after they stepped off the bridge. ? How high was the bridge ? ? How fast were the swimmers moving when the hit the water ? ? What would be swimmers’ drop time be if the bridge were twice as high ? ...
... bridge into the river below. They hit the water 1.5 s after they stepped off the bridge. ? How high was the bridge ? ? How fast were the swimmers moving when the hit the water ? ? What would be swimmers’ drop time be if the bridge were twice as high ? ...
File - Ms. D. Science CGPA
... Normal faults form where rock is pulled apart by tension in Earth’s crust. The block above is angled fault called the hanging wall. The rock below the fault is called the footwall. The hanging wall slips downward when rock moves along the fault. ...
... Normal faults form where rock is pulled apart by tension in Earth’s crust. The block above is angled fault called the hanging wall. The rock below the fault is called the footwall. The hanging wall slips downward when rock moves along the fault. ...
Work and Kinetic Energy - University of Utah Physics
... the space telescope? (b) if the telescope's mass were to increase, what would need to happen to its speed in order to maintain the same orbit? ...
... the space telescope? (b) if the telescope's mass were to increase, what would need to happen to its speed in order to maintain the same orbit? ...
projectile
... center of the circle causing the velocity to stay at a tangent. A tangent line is a line that passes through a single point of a circle and is perpendicular to the radius of that circle. ...
... center of the circle causing the velocity to stay at a tangent. A tangent line is a line that passes through a single point of a circle and is perpendicular to the radius of that circle. ...
Chapter 14
... – Travel through solids, liquids, and gases • Secondary (S) waves – Slower velocity than P waves – Slightly greater amplitude than P waves – Travel though solids only Primary wave ...
... – Travel through solids, liquids, and gases • Secondary (S) waves – Slower velocity than P waves – Slightly greater amplitude than P waves – Travel though solids only Primary wave ...
AP Physics - Circular Motion Lab
... Materials: gram scale, set of masses or washers, string, paper clip, rubber stopper, glass or metal tube, protractor, meter stick, stopwatch Procedure: 1. Measure the mass of the stopper and convert this mass to kilograms 2. For each trial measure: the mass that you are hanging off the end of the ...
... Materials: gram scale, set of masses or washers, string, paper clip, rubber stopper, glass or metal tube, protractor, meter stick, stopwatch Procedure: 1. Measure the mass of the stopper and convert this mass to kilograms 2. For each trial measure: the mass that you are hanging off the end of the ...
speed
... unbalanced forces cause objects to accelerate with an acceleration which is directly proportional to the net force and inversely proportional to the mass. This one is telling us that big heavy objects don’t move as fast or as easily as smaller lighter objects. It takes more to slow down a charging b ...
... unbalanced forces cause objects to accelerate with an acceleration which is directly proportional to the net force and inversely proportional to the mass. This one is telling us that big heavy objects don’t move as fast or as easily as smaller lighter objects. It takes more to slow down a charging b ...
Force
... touching each other Long range forces - include gravity, magnetism, & electricity Inertia - measures an object’s tendency to remain at rest or keep moving - it is related to mass ...
... touching each other Long range forces - include gravity, magnetism, & electricity Inertia - measures an object’s tendency to remain at rest or keep moving - it is related to mass ...
Section 3: Circular Motion
... Notice how instead of drawing an x and y axis as we would have for previous problems instead we have drawn a system of coordinates that is more appropriate for a problem involving circular motion. The two axis are the centripetal (c) and tangential (t) axis here. The two forces that act on the ball ...
... Notice how instead of drawing an x and y axis as we would have for previous problems instead we have drawn a system of coordinates that is more appropriate for a problem involving circular motion. The two axis are the centripetal (c) and tangential (t) axis here. The two forces that act on the ball ...
Chapter 4 Study Guide What causes acceleration? Mass and
... What is the difference between weight and mass? What is the equation for Force? What is the equation for Δx when acceleration is present? When dealing with forces, what is the equation for acceleration? When an object is at free fall and weighs 1N, what is it net force? When an object is at rest, wh ...
... What is the difference between weight and mass? What is the equation for Force? What is the equation for Δx when acceleration is present? When dealing with forces, what is the equation for acceleration? When an object is at free fall and weighs 1N, what is it net force? When an object is at rest, wh ...
South Pasadena · AP Chemistry
... 46. When a balloon filled with air is released through the air, it will fly all over the place. If the action force is the rubber balloon pushing on the molecules of air in the balloon, then the reaction force is . . . a) The air molecules outside the balloon pushing back on the rubber balloon. b) ...
... 46. When a balloon filled with air is released through the air, it will fly all over the place. If the action force is the rubber balloon pushing on the molecules of air in the balloon, then the reaction force is . . . a) The air molecules outside the balloon pushing back on the rubber balloon. b) ...
South Pasadena · AP Chemistry
... 46. When a balloon filled with air is released through the air, it will fly all over the place. If the action force is the rubber balloon pushing on the molecules of air in the balloon, then the reaction force is . . . a) The air molecules outside the balloon pushing back on the rubber balloon. b) ...
... 46. When a balloon filled with air is released through the air, it will fly all over the place. If the action force is the rubber balloon pushing on the molecules of air in the balloon, then the reaction force is . . . a) The air molecules outside the balloon pushing back on the rubber balloon. b) ...
click - Uplift Education
... Electromagnetic vs Mechanical – Electromagnetic waves (light waves) occur due to the oscillation of the electric and magnetic fields. They do not require a medium to travel, and all travel at the speed of light in a vacuum (c = 3.00 X 108 m/s). Mechanical waves occur due to the oscillation of atoms ...
... Electromagnetic vs Mechanical – Electromagnetic waves (light waves) occur due to the oscillation of the electric and magnetic fields. They do not require a medium to travel, and all travel at the speed of light in a vacuum (c = 3.00 X 108 m/s). Mechanical waves occur due to the oscillation of atoms ...
No Slide Title
... to have a horizontal distance of 2m between a maximum and the nearest minimum and vertical height of 2m. If it moves with 1m/s, what is its: a) amplitude b) period c) frequency ...
... to have a horizontal distance of 2m between a maximum and the nearest minimum and vertical height of 2m. If it moves with 1m/s, what is its: a) amplitude b) period c) frequency ...