Chapter 9
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That two objects will collide if their relative velocities point along the line joining them. The document explains how to calculate relative velocity by adding and subtracting vectors tip to tail. It provides an example of drawing two planes with velocities of 200m/s on graph paper at different angles to see if their relative velocity points along the line between them, indicating a collision.
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This document provides an introduction to quantum theory through a two-lesson presentation. It discusses key concepts like the wave nature of light seen through diffraction gratings. It also covers experiments demonstrating the particle nature of light, such as the number of photons entering the eye from a light source. The document explains how quantum theory reconciles the wave and particle behaviors of light through probability calculations for all possible photon paths. Key figures in the development of quantum theory like Richard Feynman are also mentioned.
Conducting Well And Badly 2
This document provides an overview of electrical conductivity and resistance in materials. It explains that good conductors allow electrons to flow easily between atoms, while insulators have a high resistance and impede electron flow. Resistance is measured in ohms and depends on a material's resistivity, length, and cross-sectional area. Conductivity is the inverse of resistivity and relates to how well a material conducts electricity. The document suggests measuring resistance of wires with varying lengths and thicknesses to calculate resistivity and conductivity.
1
Image processing techniques can smooth images by replacing each pixel with the mean of its neighbors, reducing noise and edges. Noise is removed by replacing pixels with the median value of its neighbors. Edges can be found by subtracting the values of neighboring pixels from the central pixel's value multiplied by four. Comparing squares with edges enhances the perception of edges in the human retina.
1
This document discusses different types of electromagnetic radiation and their use in imaging. It introduces the electromagnetic spectrum, explaining that while humans can only see visible light, other types of radiation like X-rays and infrared can also be used for imaging. It then covers the relationships between wave speed, frequency, and wavelength, noting that all electromagnetic waves travel at the same speed. Finally, it touches on pixels and resolution in digital images, how pixels are arranged in rows and columns, and how higher resolution allows for more detail to be seen.
1
The document discusses how to calculate the data capacity and transfer rates needed for storing and transmitting images. It explains that the data capacity required to store an image is calculated by multiplying the number of pixels by the number of bits per pixel. It also provides an example showing how to calculate the number of images that could be stored on a 20GB disc. Finally, it notes that the time to transfer data depends on the data transfer rate.
Chapter 3
The document discusses bandwidth and how it relates to transmitting signals through communication channels. It defines bandwidth as the range of frequencies a signal or channel can carry. For an analog signal, bandwidth is the maximum frequency minus the minimum frequency. The bandwidth required for a digital signal is 2 times the highest signaling rate. Time division multiplexing allows multiple calls to be transmitted simultaneously by dividing the channel into time slots.
Chapter 3
This document discusses how digital signals are transmitted using electromagnetic waves. It explains that digital signals are strings of 1s and 0s representing sampled analogue signals. Electromagnetic waves emitted from a transmitter carry these digital signals by causing electrons in a receiver to vibrate, reproducing the original signal. Key characteristics of signals like amplitude, period, and frequency are defined. Frequency is calculated as the inverse of period and examples are given. A frequency spectrum shows the range of frequencies that make up a signal. Complex signals contain multiple frequencies combined.
Chapter 3
This document discusses how analog signals are converted to digital signals through the process of sampling. It explains that sampling involves taking the value of an analog signal at discrete points in time and converting it to a digital code. The key variables in sampling are the sampling frequency, or how many samples are taken per second, and resolution, or the number of bits used to record each sample value. The sampling frequency needs to be more than double the highest frequency of the analog waveform to avoid aliasing and get an accurate digital reconstruction of the original signal. More bits of resolution provide more possible sample values and a more accurate digital representation.
A Clear View
The document discusses refraction and how light behaves when passing from one medium to another with different densities. It defines refraction as light bending or changing speed due to traveling through different mediums. Snell's law is introduced to relate the angle of incidence and refraction based on the refractive indices of the materials. The critical angle is defined as the angle at which total internal reflection occurs, with the refractive index calculated from it. Homework questions ask about using fiber optics instead of copper wires for communication and drawing a diagram showing how signal intensity changes with distance.
Designer Materials 2
The document summarizes the key characteristics of four main material classes - metals, ceramics, polymers, and composites. It discusses how materials behave differently under stress depending on their properties. It also describes an experiment using springs to illustrate Hooke's Law, which states that the extension of a spring is proportional to the load applied.
Designer Materials 4
The document discusses concepts related to stress, strain, Young's modulus, and material properties. It provides examples of calculations for stress, strain, force, area, and Young's modulus. It also discusses key characteristics of materials, including brittle, hard, strong, tough, elastic limit, yield point, and breaking stress. Example materials discussed include steel, nylon, cast iron, glass fiber, plastic, and rubber bands.
Chapter 9
The document discusses how forces affect the velocity and acceleration of objects. It introduces concepts of work, potential energy, kinetic energy, and conservation of energy. It provides equations for work, potential energy, kinetic energy, power, and efficiency. It explains that acceleration depends on both force and mass, as shown in the equation Force = Mass x Acceleration. The document also discusses gravitational field, noting that gravitational field strength and acceleration due to gravity are the same and can be derived from F = ma. It presents equations relating potential energy, kinetic energy, and velocity during energy changes.
Ch9sum
This document discusses kinematic equations and concepts related to motion including velocity, acceleration, displacement, time, momentum, kinetic energy, and potential energy. It provides the key kinematic equations:
s = ut + 1/2 at^2
v = u + at
Where s is displacement, u is initial velocity, v is final velocity, a is acceleration, and t is time. It notes these equations require constant acceleration. Graphs are more useful when motion is irregular. It also discusses concepts like acceleration due to gravity, components of velocity, momentum, kinetic and potential energy, and power.
Chapter 9
The document discusses acceleration, velocity, and displacement. It defines acceleration as the change in velocity over time. It provides examples of using the SUVAT equations to calculate final velocity and displacement given initial velocity, acceleration, and time. Specifically, it shows calculating the final velocity of a car accelerating from 25 m/s at 4 m/s^2 for 20 seconds, and from a start of rest under the same conditions. It also briefly introduces the concepts of horizontal and vertical motion and treating their acceleration components separately.
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before the computed tomography, it had been widely used.
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Chapter 9
- 3. Relative Velocity What happens when… A cricketer catches a ball? You see another plane out of your plane’s window? Will it hit us?