This document contains a BASIC program that calculates and displays time and distance conversions for different units (inches, feet, miles, etc.) given a distance and speed. It provides very precise conversions down to femtoseconds, attoseconds, and xseconds. The program prompts the user to input a distance unit and value, and can use the speed of light or other entered speeds for the conversion calculations.
This document contains the output of a physics simulation program solving the Schrodinger equation for the hydrogen atom. It prints various physical quantities at each iteration, including energy, momentum, position, wavelength, and shell assignments. The program iterates by decreasing the mass from 2.233429D-25 to 1E-27, printing outputs for each value.
The document contains BASIC code that draws various strings of characters and symbols in different colors and locations on a screen. It then animates the drawings by rotating them and drawing lines between them while varying the sound. The code finishes by incrementing a variable and looping back to rerun the animation if the variable is less than 5.
The document discusses slope fields and provides an example slope field diagram. It then asks which graph could represent the solution to a differential equation with the given slope field. The slope field shows linear segments with positive slopes across the x-axis, indicating a solution that increases as x increases.
The document contains the optimized values for a circuit with 4 resistors, 4 capacitors, and 1 inductor when the capacitor C4 is set to 100uF. The values listed are within the specified lower and upper bounds for each component at frequencies of 100Hz, 10KHz, 1MHz, and 100MHz.
The document provides a legend listing the terminal designations and electrical components of a BMW R 1200 GS motorcycle. It includes sections on wiring diagrams for lighting, turn signals, horn operation, power distribution, and the starter and alternator systems. The legends and diagrams show the various sensors, switches, modules and other electrical components and their connections.
This document contains field data from a surveying exercise including stadia readings, horizontal angles, angular errors, distance and accuracy calculations, and coordinate adjustments. Stations A, B, C and D were surveyed and their coordinates were determined. Total angular error was found to be 29'30" which is unacceptable. Angular corrections were applied and distances, latitudes, departures and final coordinates were computed. The accuracy was calculated to be 1:127 which does not meet the required standard.
This document contains code for a program that calculates dates and time zones. It includes variables, logic statements, and code to convert between date formats and time zones. The code first sets variables for the month, day, and year from the system date. It then uses if/then logic statements to calculate the day of the year based on the month and adjust for time zone by adding or subtracting hours based on longitude.
This document contains the output of a physics simulation program solving the Schrodinger equation for the hydrogen atom. It prints various physical quantities at each iteration, including energy, momentum, position, wavelength, and shell assignments. The program iterates by decreasing the mass from 2.233429D-25 to 1E-27, printing outputs for each value.
The document contains BASIC code that draws various strings of characters and symbols in different colors and locations on a screen. It then animates the drawings by rotating them and drawing lines between them while varying the sound. The code finishes by incrementing a variable and looping back to rerun the animation if the variable is less than 5.
The document discusses slope fields and provides an example slope field diagram. It then asks which graph could represent the solution to a differential equation with the given slope field. The slope field shows linear segments with positive slopes across the x-axis, indicating a solution that increases as x increases.
The document contains the optimized values for a circuit with 4 resistors, 4 capacitors, and 1 inductor when the capacitor C4 is set to 100uF. The values listed are within the specified lower and upper bounds for each component at frequencies of 100Hz, 10KHz, 1MHz, and 100MHz.
The document provides a legend listing the terminal designations and electrical components of a BMW R 1200 GS motorcycle. It includes sections on wiring diagrams for lighting, turn signals, horn operation, power distribution, and the starter and alternator systems. The legends and diagrams show the various sensors, switches, modules and other electrical components and their connections.
This document contains field data from a surveying exercise including stadia readings, horizontal angles, angular errors, distance and accuracy calculations, and coordinate adjustments. Stations A, B, C and D were surveyed and their coordinates were determined. Total angular error was found to be 29'30" which is unacceptable. Angular corrections were applied and distances, latitudes, departures and final coordinates were computed. The accuracy was calculated to be 1:127 which does not meet the required standard.
This document contains code for a program that calculates dates and time zones. It includes variables, logic statements, and code to convert between date formats and time zones. The code first sets variables for the month, day, and year from the system date. It then uses if/then logic statements to calculate the day of the year based on the month and adjust for time zone by adding or subtracting hours based on longitude.
This document contains code for a BASIC program that calculates time zone offsets and day of the week based on a date. It includes logic to adjust for daylight saving time and loops through location data to find matches based on input. The code sets variables for time zone, date values, and location coordinates to perform time and date calculations and location lookups.
This document contains code for a BASIC program that calculates time zone offsets and day of the week based on a date. It includes logic to adjust for daylight saving time and loops through location data to find matches based on input. The code sets variables for time zone, date values, and location details to perform time and date calculations and lookups.
The document contains code that is calculating time zone offsets and daylight savings time adjustments based on the month, day, and year. It uses a series of IF/THEN statements to determine the time zone (identified by the offset in hours from UTC) based on the longitude value of a location. It also includes logic to account for daylight savings time by adjusting the offset by 1 hour when applicable. The code is setting variables with the time zone designator, offset, and daylight savings adjustment for further time calculations and output.
This document outlines Jeff Ma's perspectives on building a successful organization. It discusses the importance of building a trusted team, being data-driven in decision making, setting public goals and tracking progress, providing constant feedback, embracing competition and dissent, and creating an intrinsically motivating work culture with fewer silos and more social elements. The overall message is that through establishing the right goals, metrics, feedback systems, and company culture, organizations can better motivate employees and drive excellence.
This document contains code for a BASIC program that performs date and time calculations. It includes variables for month, day, year, hour, and minute values. It uses if/then statements to calculate values for D3 based on the month, and to determine time zone offsets based on longitude. The code also contains lists of city codes and coordinates to look up travel information between locations.
This document contains code for a program that determines the date, day of the week, and time zone based on input of a location, month, day, and year. It includes logic to calculate the day of the year and adjust for daylight savings time. Location codes are stored in an array and compared to the user input to lookup latitude and longitude values.
This document contains code for calculating and displaying properties of hydrogen atom transitions between different energy states, including:
1) It defines constants and calculates values like radii, wavelengths, energies and speeds for the initial and final states.
2) It uses these values to display orbital diagrams and properties of the initial, final, and photon states on the screen.
3) The code contains loops that draw the orbitals as sine waves and pause between displays to show the transitions.
El documento enfatiza que debemos pensar no solo en el mundo que dejaremos para nuestros hijos, sino también en los hijos que dejaremos para el mundo y el tipo de sociedad que construiremos para las generaciones futuras.
The document contains solutions to 11 math and programming problems. Each solution includes the MATLAB code to solve the problem along with sample inputs/outputs. The problems cover topics like temperature conversion, Fibonacci sequence, date calculations, array operations, graphing functions, factorials, limits, logarithms, and discrete Fourier transforms.
1. The document contains technical specifications for various building materials including their thickness, thermal conductivity, thermal resistance, temperature, pressure, and other properties.
2. The materials include types of plasterboard, insulation materials like extruded polystyrene, wood, and others. Thermal properties are provided in W/mK or m2K/W units at various temperatures.
3. Formulas are presented for calculating thermal resistance and heat transfer coefficients based on the material properties in the table.
This document describes a microcontroller program for generating PWM waves and controlling a power converter system. It initializes an ADC to read voltage values, displays the voltage on an LCD, and allows the user to increment/decrement the target voltage value. A PWM function then generates pulses with varying duty cycles to control the converter voltage based on the target value.
PWM wave generator using microcontroller Swapnil2515
This document describes a microcontroller program for generating PWM waves and controlling a power converter system. It initializes an ADC to read voltage values, displays the voltage on an LCD, and allows the user to increment/decrement the target voltage value. A PWM function then generates pulses with varying duty cycles to control the converter voltage based on the target value.
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
The document contains 14 example problems solving for various values in gear design equations. Problem 14-1 solves for pressure angle, velocity, load, and bending stress. Problem 14-2 similarly solves for a different gear set. Problem 14-3 converts units and solves for velocity, load, and bending stress in MPa.
Roof Truss Design (By Hamza Waheed UET Lahore )Hamza Waheed
This presentation defines, describes and presents the most effective and easy way to design a roof truss with all the necessary steps and calculations based on Allowable Stress Design. Soft-wares like MD Solids, Truss Analysis have been used. It is most convenient way to design a roof truss which is being the most important structural components of All types of steel bridges.
Resolução do Livro Mecânica Vetorial para Engenheiros BEER 5ª Edição.pdfDeboraIshikawa
This document contains calculations for determining forces and reactions in structural analysis problems. It solves several systems of equations to find unknown forces and reactions given information about known forces, distances, and orientations. Key values calculated include forces of 200N, 750N, 1250N and reactions of 47lb and 117.7lb. Diagrams and step-by-step working are shown to arrive at the solutions.
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
The document describes a case study to optimize the process parameters for PCB wave soldering to minimize defects. The present defect level is 6920 ppm. Factors like flux SG, preheat temperature, solder temperature and conveyor speed were identified and their levels selected. Experiments were conducted using L16 orthogonal array and response in terms of defects was recorded. Data analysis using ANOVA identified flux SG, preheat temperature, solder temperature and their interactions as significant factors influencing soldering quality.
Sine Wave Generator with controllable frequency displayed on a seven segment ...Karthik Rathinavel
• Designed a Sine Wave Generator Hardware, whose frequency could be controlled using a quadrature encoder.
• Coded the FPGA board in System Verilog to display a count (going from 0 to 9999) on to a seven segment board. This count that was displayed, was same as the frequency of the sine wave generated.
• Incorporated a brightness control feature for all the digits being displayed. This was done by changing the duty cycle using a push button for the PWM control.
• Included an additional feature of increasing the count and the frequency by tens, hundreds or thousands, instead of increasing by just one.
The document lists various parts for an automobile with part numbers and descriptions. It includes 26 parts related to the headlight, speedometer, handle switch, steering handle, and handle cover with part names and numbers. The parts are grouped into categories like headlight assembly, speedometer assembly, cable components, grips, levers, covers, bolts, and screws.
This document contains code for a BASIC program that calculates time zone offsets and day of the week based on a date. It includes logic to adjust for daylight saving time and loops through location data to find matches based on input. The code sets variables for time zone, date values, and location coordinates to perform time and date calculations and location lookups.
This document contains code for a BASIC program that calculates time zone offsets and day of the week based on a date. It includes logic to adjust for daylight saving time and loops through location data to find matches based on input. The code sets variables for time zone, date values, and location details to perform time and date calculations and lookups.
The document contains code that is calculating time zone offsets and daylight savings time adjustments based on the month, day, and year. It uses a series of IF/THEN statements to determine the time zone (identified by the offset in hours from UTC) based on the longitude value of a location. It also includes logic to account for daylight savings time by adjusting the offset by 1 hour when applicable. The code is setting variables with the time zone designator, offset, and daylight savings adjustment for further time calculations and output.
This document outlines Jeff Ma's perspectives on building a successful organization. It discusses the importance of building a trusted team, being data-driven in decision making, setting public goals and tracking progress, providing constant feedback, embracing competition and dissent, and creating an intrinsically motivating work culture with fewer silos and more social elements. The overall message is that through establishing the right goals, metrics, feedback systems, and company culture, organizations can better motivate employees and drive excellence.
This document contains code for a BASIC program that performs date and time calculations. It includes variables for month, day, year, hour, and minute values. It uses if/then statements to calculate values for D3 based on the month, and to determine time zone offsets based on longitude. The code also contains lists of city codes and coordinates to look up travel information between locations.
This document contains code for a program that determines the date, day of the week, and time zone based on input of a location, month, day, and year. It includes logic to calculate the day of the year and adjust for daylight savings time. Location codes are stored in an array and compared to the user input to lookup latitude and longitude values.
This document contains code for calculating and displaying properties of hydrogen atom transitions between different energy states, including:
1) It defines constants and calculates values like radii, wavelengths, energies and speeds for the initial and final states.
2) It uses these values to display orbital diagrams and properties of the initial, final, and photon states on the screen.
3) The code contains loops that draw the orbitals as sine waves and pause between displays to show the transitions.
El documento enfatiza que debemos pensar no solo en el mundo que dejaremos para nuestros hijos, sino también en los hijos que dejaremos para el mundo y el tipo de sociedad que construiremos para las generaciones futuras.
The document contains solutions to 11 math and programming problems. Each solution includes the MATLAB code to solve the problem along with sample inputs/outputs. The problems cover topics like temperature conversion, Fibonacci sequence, date calculations, array operations, graphing functions, factorials, limits, logarithms, and discrete Fourier transforms.
1. The document contains technical specifications for various building materials including their thickness, thermal conductivity, thermal resistance, temperature, pressure, and other properties.
2. The materials include types of plasterboard, insulation materials like extruded polystyrene, wood, and others. Thermal properties are provided in W/mK or m2K/W units at various temperatures.
3. Formulas are presented for calculating thermal resistance and heat transfer coefficients based on the material properties in the table.
This document describes a microcontroller program for generating PWM waves and controlling a power converter system. It initializes an ADC to read voltage values, displays the voltage on an LCD, and allows the user to increment/decrement the target voltage value. A PWM function then generates pulses with varying duty cycles to control the converter voltage based on the target value.
PWM wave generator using microcontroller Swapnil2515
This document describes a microcontroller program for generating PWM waves and controlling a power converter system. It initializes an ADC to read voltage values, displays the voltage on an LCD, and allows the user to increment/decrement the target voltage value. A PWM function then generates pulses with varying duty cycles to control the converter voltage based on the target value.
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
The document contains 14 example problems solving for various values in gear design equations. Problem 14-1 solves for pressure angle, velocity, load, and bending stress. Problem 14-2 similarly solves for a different gear set. Problem 14-3 converts units and solves for velocity, load, and bending stress in MPa.
Roof Truss Design (By Hamza Waheed UET Lahore )Hamza Waheed
This presentation defines, describes and presents the most effective and easy way to design a roof truss with all the necessary steps and calculations based on Allowable Stress Design. Soft-wares like MD Solids, Truss Analysis have been used. It is most convenient way to design a roof truss which is being the most important structural components of All types of steel bridges.
Resolução do Livro Mecânica Vetorial para Engenheiros BEER 5ª Edição.pdfDeboraIshikawa
This document contains calculations for determining forces and reactions in structural analysis problems. It solves several systems of equations to find unknown forces and reactions given information about known forces, distances, and orientations. Key values calculated include forces of 200N, 750N, 1250N and reactions of 47lb and 117.7lb. Diagrams and step-by-step working are shown to arrive at the solutions.
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
The document describes a case study to optimize the process parameters for PCB wave soldering to minimize defects. The present defect level is 6920 ppm. Factors like flux SG, preheat temperature, solder temperature and conveyor speed were identified and their levels selected. Experiments were conducted using L16 orthogonal array and response in terms of defects was recorded. Data analysis using ANOVA identified flux SG, preheat temperature, solder temperature and their interactions as significant factors influencing soldering quality.
Sine Wave Generator with controllable frequency displayed on a seven segment ...Karthik Rathinavel
• Designed a Sine Wave Generator Hardware, whose frequency could be controlled using a quadrature encoder.
• Coded the FPGA board in System Verilog to display a count (going from 0 to 9999) on to a seven segment board. This count that was displayed, was same as the frequency of the sine wave generated.
• Incorporated a brightness control feature for all the digits being displayed. This was done by changing the duty cycle using a push button for the PWM control.
• Included an additional feature of increasing the count and the frequency by tens, hundreds or thousands, instead of increasing by just one.
The document lists various parts for an automobile with part numbers and descriptions. It includes 26 parts related to the headlight, speedometer, handle switch, steering handle, and handle cover with part names and numbers. The parts are grouped into categories like headlight assembly, speedometer assembly, cable components, grips, levers, covers, bolts, and screws.
This document contains physics exercises on motion by Alonso Acosta presented by Widmar Aguilar in February 2023. It includes over 30 problems covering concepts such as average velocity, accelerated motion, decelerated motion, free fall, and projectile motion. The problems are presented in Spanish and involve calculating distances, times, velocities and accelerations using kinematic equations for various scenarios like cars moving along a road, objects falling, and projectiles launched at angles. Step-by-step workings are shown for each problem.
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
Get Programmable timers | Digital Timer | Programmable Digital timer | timer ...PrasadPurohit1988
GIC Manufactures a variety of Industrial Electronic Timer Switches, Synchronous Timers, Cyclic Timers, Digital Timers, digital timer switches, Programmable Timer Switches and programmable timers at an affordable cost. http://gicindia.com/products/timers.html
GIC Manufactures a variety of Industrial Electronic Timer Switches, Synchronous Timers, Cyclic Timers, Digital Timers, Programmable Timer Switches, and programmable timers at an affordable cost. http://gicindia.com/products/timers.html
The document contains details about overloading matrix operations for a MAT class of size MxN. It includes algorithms to accept matrix elements, overload operators like +, -, *, ^ to perform addition, subtraction, multiplication and power operations on MAT objects. It also verifies the matrix identity (A-B)^2 = A^2 + B^2 - 2*AB by calculating both sides and comparing the results using a condition. The program accepts elements for two matrices, performs the calculations and verifies if the identity holds true or false.
Analysis and design of 15 storey office andMasroor Alam
This project involves the analysis and design of a 15-story office and commercial building using ETABS software. Key aspects of the project include modeling the building geometrically and with materials, running various load combinations and analysis types, designing structural elements like beams, columns, slabs, and shear walls, and evaluating serviceability requirements. The project demonstrates the modeling, analysis, and design process according to applicable codes.