QUESTION 6
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The document discusses the technologies used to construct a media product. It describes the hardware used, including a Nikon D3100 digital SLR camera, flash trigger, strobe flash, soft boxes, and backdrop. It also lists the software used, such as Photoshop CS5, InDesign CS3, and Sony Vegas Pro 13. While the author already had expertise in Photoshop, they learned about making blogs and the basics of InDesign. Relevant links are provided.
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What have you learnt about the technologies from
The document discusses the technologies used to construct photography products, including hardware like an iMac, keyboard, mouse, Nikon DSLR camera, flash triggers, and strobes. Software used includes Photoshop for image editing, WordPress for blogging, and programs for writing. Details are provided on the camera specifications, how the keyboard and mouse were used, settings for the flash and strobes, and how Photoshop and WordPress allowed editing and publishing of content.
Question 6
From constructing this product, I have learned about several technologies:
1) A Nikon D3100 digital SLR camera that uses a mirror and viewfinder system, along with a 14.2 megapixel CMOS sensor.
2) Strobe lights and soft boxes were used to diffuse and expose lighting for the images, along with setting the shutter speed to match the strobe lights.
3) An iMac computer with an aluminum casing, 2GHz processor, 8GB memory, and NVIDIA graphics was used for editing the images along with being connected to an Xserve server.
Night Vision System(SVS)
This document provides an overview of night vision technology. It begins by defining night vision and its original military purpose. It then describes the two main types of night vision: biological and technical. Technical night vision is further explained as working through either image intensification or thermal imaging. The document outlines the process for both of these methods. It also discusses the main night vision devices and their applications, which include military, hunting, wildlife observation, security, and hidden object detection. In conclusion, it notes the progression of night vision technology and its essential role in combating terrorism.
Night vision technology
This document discusses types of night vision technology, including image intensifiers and thermal imaging. It describes how image intensifiers work by amplifying ambient light using a cathode, microchannel plate, and phosphor screen to produce a visible image. Thermal imaging detects infrared radiation emitted by objects and displays it in various colors based on temperature. Common night vision devices include scopes, goggles, and cameras, which are used for applications like wildlife observation, security, and military purposes. The advantages of night vision technology are the ability to see in low-light conditions and its small size, light weight, and low power requirements.
Night vision technology
The word ‘Night vision’ itself means the ability to see in low light conditions. Humans have poor night vision compared to many other animals.So we all might have a question in our mind that is this really possible to see in the dark night
Night vision technology rajesh
This document discusses night vision technology, including its working principles and applications. It describes two types of night vision - image intensifiers and thermal imaging. Image intensifiers work by amplifying available light so that more electrons are produced, creating a visible image. Thermal imaging detects infrared radiation emitted by all objects based on their temperature to generate images without visible light. The document also covers the four generations of night vision devices and their uses in military surveillance, wildlife observation, search and rescue operations, and security.
Artificial intelligence Night vision
The document discusses different types of night vision technology, including image intensification and thermal imaging. Image intensification works by amplifying available light using a photocathode, microchannel plate, and phosphor screen. Thermal imaging detects infrared light from temperature differences and forms a thermogram that is processed and displayed. Common night vision devices and cameras using these technologies are also mentioned.
Night vision technology ppt
This seminar discusses night vision technology, including how it works and its applications. There are two main types of night vision: image enhancement and thermal imaging. Image enhancement amplifies available light using an image intensifier tube to make objects visible, while thermal imaging detects infrared radiation emitted as heat from objects. Night vision provides enhanced vision in low-light conditions and has military, law enforcement, and civilian uses such as hunting and wildlife observation.
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What have you learnt about the technologies from
The document discusses the technologies used to construct photography products, including hardware like an iMac, keyboard, mouse, Nikon DSLR camera, flash triggers, and strobes. Software used includes Photoshop for image editing, WordPress for blogging, and programs for writing. Details are provided on the camera specifications, how the keyboard and mouse were used, settings for the flash and strobes, and how Photoshop and WordPress allowed editing and publishing of content.
Question 6
From constructing this product, I have learned about several technologies:
1) A Nikon D3100 digital SLR camera that uses a mirror and viewfinder system, along with a 14.2 megapixel CMOS sensor.
2) Strobe lights and soft boxes were used to diffuse and expose lighting for the images, along with setting the shutter speed to match the strobe lights.
3) An iMac computer with an aluminum casing, 2GHz processor, 8GB memory, and NVIDIA graphics was used for editing the images along with being connected to an Xserve server.
Night Vision System(SVS)
This document provides an overview of night vision technology. It begins by defining night vision and its original military purpose. It then describes the two main types of night vision: biological and technical. Technical night vision is further explained as working through either image intensification or thermal imaging. The document outlines the process for both of these methods. It also discusses the main night vision devices and their applications, which include military, hunting, wildlife observation, security, and hidden object detection. In conclusion, it notes the progression of night vision technology and its essential role in combating terrorism.
Night vision technology
This document discusses types of night vision technology, including image intensifiers and thermal imaging. It describes how image intensifiers work by amplifying ambient light using a cathode, microchannel plate, and phosphor screen to produce a visible image. Thermal imaging detects infrared radiation emitted by objects and displays it in various colors based on temperature. Common night vision devices include scopes, goggles, and cameras, which are used for applications like wildlife observation, security, and military purposes. The advantages of night vision technology are the ability to see in low-light conditions and its small size, light weight, and low power requirements.
Night vision technology
The word ‘Night vision’ itself means the ability to see in low light conditions. Humans have poor night vision compared to many other animals.So we all might have a question in our mind that is this really possible to see in the dark night
Night vision technology rajesh
This document discusses night vision technology, including its working principles and applications. It describes two types of night vision - image intensifiers and thermal imaging. Image intensifiers work by amplifying available light so that more electrons are produced, creating a visible image. Thermal imaging detects infrared radiation emitted by all objects based on their temperature to generate images without visible light. The document also covers the four generations of night vision devices and their uses in military surveillance, wildlife observation, search and rescue operations, and security.
Artificial intelligence Night vision
The document discusses different types of night vision technology, including image intensification and thermal imaging. Image intensification works by amplifying available light using a photocathode, microchannel plate, and phosphor screen. Thermal imaging detects infrared light from temperature differences and forms a thermogram that is processed and displayed. Common night vision devices and cameras using these technologies are also mentioned.
Night vision technology ppt
This seminar discusses night vision technology, including how it works and its applications. There are two main types of night vision: image enhancement and thermal imaging. Image enhancement amplifies available light using an image intensifier tube to make objects visible, while thermal imaging detects infrared radiation emitted as heat from objects. Night vision provides enhanced vision in low-light conditions and has military, law enforcement, and civilian uses such as hunting and wildlife observation.
Night vision tech
Night vision technology allows one to see in low-light or no-light conditions. There are two types: biological night vision in human eyes, and technical night vision using image intensifiers or thermal imaging. Image intensifiers work by amplifying ambient light captured and accelerating electrons to create a visible image, while thermal imaging detects infrared light emitted as heat. Night vision has advanced through generations with better amplification and resolution, and is used for military, security, hunting and wildlife applications.
Night Vision Technology
Night vision technology allows humans to see in low light conditions using either image intensification or thermal imaging. Image intensification amplifies available light, while thermal imaging detects infrared radiation emitted as heat. Night vision has military and civilian applications and has progressed through several generations with improved light amplification and device lifespan. It is useful for surveillance, security, navigation, and detecting hidden objects in low light environments like moonless nights.
Shot Types
Technical lighting is important for film shots in the woods where there is no power source. High lighting positions above subjects can provide the best source of light, allowing clear facial expressions to be filmed while also casting eerie shadows. The document discusses taking test shots and editing at McIlroy Park for a media film or movie, with examples of different shot types categorized by lighting and camera angle, including high shots, close ups, long distance shots, low angle shots, inline angle shots and high angle shots.
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This document discusses night vision technology. It begins with an introduction and overview of the basics. It then explains that night vision allows humans to see in low-light conditions by amplifying available light or detecting infrared light. It describes how night vision works using either image intensification, which amplifies light using photocathodes, microchannel plates and phosphor screens, or thermal imaging, which detects infrared radiation emitted by objects. The document outlines the main applications of night vision technology and different generations of night vision equipment before concluding with a discussion of the significance of this technology.
Equipment List
The document describes the equipment that a student film team intends to borrow from their school and use for an upcoming short film production. This includes LED panels and reflectors for lighting scenes, DSLRs and tripods for camera work, directional and wireless microphones for recording audio, and Final Cut Pro X software for post-production editing. A drone may also be borrowed to capture establishing shots of outdoor locations. The school will provide all of this equipment at no cost to the students for approximately 1-2 weeks during the film's production.
Night vision technology
Night vision technology allows users to see in dark environments. It has both biological and technical forms, with the technical using either image intensification or thermal imaging. Image intensifiers amplify available light through a vacuum tube, while thermal imaging detects infrared radiation. Night vision was originally developed for the military but is now used for hunting, wildlife observation, surveillance, security, and navigation. It has progressed through several generations with improvements in gain, resolution, and low-light performance. Common night vision equipment includes scopes, goggles, and cameras.
Night vision technology
Night vision technology allows humans to see in low light conditions using either image intensification or thermal imaging. Image intensification works by amplifying existing light so that the user can see farther on a moonless night than with the naked eye. There are three main types of night vision devices: scopes, goggles, and cameras, which are used for military operations, hunting, security, and navigation applications. While night vision provides advantages for seeing in darkness, its initial costs can be high.
Shot Types
Technical lighting is important for film shots in wooded areas without power sources, as camera lighting alone may not be sufficient. Positioning high lighting above subjects, such as a torch above a character's head, can cast eerie shadows while also allowing facial expressions to be captured more clearly. The document discusses taking test shots and videos of McIlroy Park for a media film or movie, including location test shots, editing, and different shot types from various angles and distances with varying light levels.
Night vision technology
This document discusses night vision technology. It begins by explaining that night vision allows humans to see in the dark using equipment, and was originally developed for military use. It then describes the two main types of night vision technology: image intensifiers and thermal imaging. Image intensifiers work by amplifying existing light, while thermal imaging detects infrared radiation emitted by warm objects. The document outlines some common night vision devices and their applications in security, hunting, and military operations. It concludes by noting that night vision has advanced significantly since the 1940s and has important defensive and scientific uses, though some civilian applications are restricted by law.
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This document summarizes a seminar on night vision technology presented by Rabinath Jha. It begins with an introduction to night vision and how humans are not well adapted for low light conditions. It then covers the basic science of infrared light and how night vision devices use active imaging or thermal imaging to detect infrared light and amplify images. Key points covered include the different types of infrared light, how image intensification and thermal imaging work, and common applications of night vision technology such as in the military, law enforcement, and wildlife observation.
NIGHT VISION TECHNOLOGY
Night vision technology allows humans to see in low light conditions using either image intensification or thermal imaging. It has military, hunting, security, and other applications. Night vision works by either amplifying available light using an image intensifier or detecting infrared radiation using thermal imaging. It has advantages for security, military, and other uses but also has disadvantages like lack of color and high costs.
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Night vision devices were first created during World War II to help with night operations. They functioned by placing infrared filters over searchlights. Since then, technology has advanced through generations. Generation 1 used intensified natural light while Generation 2 added microchannel plate electron multipliers in the 1970s. Currently, Generation 3 and 4 devices provide clearer, longer lasting images but Generation 4 has shorter life. Night vision devices were originally for military use but are now commonly used for civilian applications such as law enforcement, hunting, security, and navigation.
Night vision technology
Night vision is technology that provides users with some vision in total darkness and improved vision in low-light environments.
The most common applications include night driving or flying, night security and surveillance, wildlife observation, sleep lab monitoring and search and rescue. Night vision is often used by the military and also has recreational purposes, like use on home video cameras or during night hiking.
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Night vision technology allows one to see in low-light or no-light conditions. There are two types: biological night vision in human eyes, and technical night vision using image intensifiers or thermal imaging. Image intensifiers work by amplifying ambient light captured and accelerating electrons to create a visible image, while thermal imaging detects infrared light emitted as heat. Night vision has advanced through generations with better amplification and resolution, and is used for military, security, hunting and wildlife applications.
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Night vision technology allows humans to see in low light conditions using either image intensification or thermal imaging. Image intensification amplifies available light, while thermal imaging detects infrared radiation emitted as heat. Night vision has military and civilian applications and has progressed through several generations with improved light amplification and device lifespan. It is useful for surveillance, security, navigation, and detecting hidden objects in low light environments like moonless nights.
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Technical lighting is important for film shots in the woods where there is no power source. High lighting positions above subjects can provide the best source of light, allowing clear facial expressions to be filmed while also casting eerie shadows. The document discusses taking test shots and editing at McIlroy Park for a media film or movie, with examples of different shot types categorized by lighting and camera angle, including high shots, close ups, long distance shots, low angle shots, inline angle shots and high angle shots.
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This document discusses night vision technology. It begins with an introduction and overview of the basics. It then explains that night vision allows humans to see in low-light conditions by amplifying available light or detecting infrared light. It describes how night vision works using either image intensification, which amplifies light using photocathodes, microchannel plates and phosphor screens, or thermal imaging, which detects infrared radiation emitted by objects. The document outlines the main applications of night vision technology and different generations of night vision equipment before concluding with a discussion of the significance of this technology.
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The document describes the equipment that a student film team intends to borrow from their school and use for an upcoming short film production. This includes LED panels and reflectors for lighting scenes, DSLRs and tripods for camera work, directional and wireless microphones for recording audio, and Final Cut Pro X software for post-production editing. A drone may also be borrowed to capture establishing shots of outdoor locations. The school will provide all of this equipment at no cost to the students for approximately 1-2 weeks during the film's production.
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Night vision technology allows users to see in dark environments. It has both biological and technical forms, with the technical using either image intensification or thermal imaging. Image intensifiers amplify available light through a vacuum tube, while thermal imaging detects infrared radiation. Night vision was originally developed for the military but is now used for hunting, wildlife observation, surveillance, security, and navigation. It has progressed through several generations with improvements in gain, resolution, and low-light performance. Common night vision equipment includes scopes, goggles, and cameras.
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Shot Types
Technical lighting is important for film shots in wooded areas without power sources, as camera lighting alone may not be sufficient. Positioning high lighting above subjects, such as a torch above a character's head, can cast eerie shadows while also allowing facial expressions to be captured more clearly. The document discusses taking test shots and videos of McIlroy Park for a media film or movie, including location test shots, editing, and different shot types from various angles and distances with varying light levels.
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This document discusses night vision technology. It begins by explaining that night vision allows humans to see in the dark using equipment, and was originally developed for military use. It then describes the two main types of night vision technology: image intensifiers and thermal imaging. Image intensifiers work by amplifying existing light, while thermal imaging detects infrared radiation emitted by warm objects. The document outlines some common night vision devices and their applications in security, hunting, and military operations. It concludes by noting that night vision has advanced significantly since the 1940s and has important defensive and scientific uses, though some civilian applications are restricted by law.
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Q6 evaluation
The student learned how to use various photography hardware like a DSLR camera, flash triggers, strobe flashes, and soft boxes to take professional photos. They also learned software like Photoshop to edit photos, InDesign to layout pages professionally, and WordPress to create and maintain a blog. Through this process, the student gained experience with different photography and design techniques.
Q6 evaluation
The student learned how to use various photography hardware like a DSLR camera, flash triggers, strobe flashes, and soft boxes to take professional photos. They also gained experience using software like Photoshop to edit photos by cutting out and layering images, and InDesign to lay out pages with wrapped text and formatting. Overall, the process taught the student new technical skills in both photography equipment and design software.
Q6 evaluation
The student learned how to use various photography hardware like a DSLR camera, flash triggers, strobe flashes, and soft boxes to take professional photos. They also gained experience using software like Photoshop to edit photos by cutting out and layering images, and InDesign to lay out pages with wrapped text and formatting. Overall, the process taught the student new technical skills in both photography equipment and design software.
Evaluation question 6..
Josh Tull learned about various photography and design technologies through creating a music magazine. He used a Nikon D3100 DSLR camera with manual aperture and shutter speed settings to take professional photos of models, employing a Horseshoe Flash Trigger and Hemisphere 300 strobe lights to properly illuminate the shots. Soft boxes created soft, rounded lighting that didn't harshly illuminate the models. An iMac, SD cards, and server storage allowed Tull to design the magazine using Adobe Photoshop and InDesign, importing photos and publishing through Wordpress. Through this process, Tull gained experience with new software shortcuts and publishing workflows.
Question 6
The document discusses hardware and software technologies used to create a music magazine. It describes using Adobe Photoshop to create layers and cut out images, Microsoft Word to write articles, and Adobe InDesign to layout pages. A Nikon DSLR camera, horseshoe flash trigger, strobe flash, and backdrop were used for photography. Through this process, the author learned to use various software programs, how to effectively use photography equipment, and improved their skills in constructing a magazine using different technologies.
Question 6
The document discusses hardware and software technologies used to create a music magazine. It describes using Adobe Photoshop to create layers and cut out images, Microsoft Word to write articles, and Adobe InDesign to layout pages. A Nikon DSLR camera, horseshoe flash trigger, strobe flash, and backdrop were used for photography. Through this process, the author learned to use various software programs, how to effectively use photography equipment, and improved their skills in constructing a magazine.
Question 6
The document discusses hardware and software technologies used to create a music magazine. It describes using Adobe Photoshop to create layers and cut out images, Microsoft Word to write articles, and Adobe InDesign to layout pages. A Nikon DSLR camera, flash trigger, strobe light, and backdrop were used for photography. The process taught the importance of layers in design, how to refine images, and skills in photography like lighting and focus.
Q6 evaluation
The document discusses the technologies used to construct a music magazine. It describes using two DSLR cameras with different aperture settings to take photos with varying depths of field. A Nikon D3100 was used with a shutter speed of 1/300 and aperture of f11, while a Canon 750D used natural lighting. Photoshop was used to edit photos by removing backgrounds and adding layers. WordPress hosted the magazine, with pages showing preliminary work, the production process, and the finished magazine. Google Chrome supported research and uploading work to WordPress. InDesign also helped lay out pages and articles.
Question 6 evaluation
I have learned several new technologies from creating this product:
- Photography equipment like DSLR cameras, strobes, and soft boxes to create professional-looking photos for the magazine. Setting the camera on manual and adjusting lighting was new.
- Using Apple computers and their operating system instead of PCs, which took adjustment. Software like Photoshop, InDesign, and WordPress to design the magazine, learn skills like masking, editing photos, and laying out text.
- Gaining experience with these tools has expanded my technical skills in areas that were new to me like photography, Mac computers, and design software applications.
Media Question 6
Josh Tull learned several technologies through creating a music magazine. He used a Nikon D3100 digital SLR camera with manual aperture and shutter speed settings to professionally photograph models. A Horseshoe Flash Trigger sent infrared signals to strobe flash lights synced to the camera shutter. Soft boxes created soft, smooth lighting without harsh shadows. An iMac with Photoshop CS5 and InDesign CS5 was used to design the magazine layouts, along with WordPress to publish content online. Key tools in Photoshop like layers, selection tools, and text tools helped customize graphics and text for the theme.
Q6 evaluation
From constructing a music magazine, the student has learned about various technologies:
- Cameras used to take photos for the magazine, including Nikon and Canon DSLRs.
- A horseshoe flash trigger to sync camera shutters with strobe flashes.
- Strobe flashes like the Hemisphere 300 to provide lighting.
- An iMac from 2009 used for processing with a GeForce graphics card and Core 2 Duo processor.
- Software like Photoshop, WordPress, Google Chrome, and InDesign were used for editing photos, blogging the process, research, and magazine layout.
Q6 evaluation
From constructing a music magazine, the student has learned about various technologies:
- Cameras used to take photos for the magazine, including Nikon and Canon DSLRs.
- A horseshoe flash trigger to sync camera shutters with strobe flashes.
- Strobe flashes like the Hemisphere 300 to provide lighting.
- An iMac from 2009 used for processing with a GeForce graphics card and Core 2 Duo processor.
- Software like Photoshop, WordPress, Google Chrome, and InDesign were used for editing photos, creating a blog to host content, research, and page layout/design.
Presentation2
The document discusses the hardware and software used to construct a product. The hardware included an iMac computer, mouse, keyboard, lighting equipment, and a Nikon D3100 camera. The software included Photoshop, InDesign, PowerPoint, WordPress, Word, Prezzi, SlideShare, and Safari. Photoshop was used extensively to edit photos, apply effects like strokes and shadows. InDesign was used for layout and formatting text from Word, allowing adjustment of fonts, colors, and positioning of text boxes. Various lighting equipment and camera were used to take product photos.
Nikon d50
**** CAMERA FOR SALE ****
Nikon D50 SLR, w/3 lenses, AF NIKKOR 70-300mm, AF NIKKOR 50mm, and an AF-S DX NIKKOR ED 18-55mm. Also comes with a camera bag with accessories like polarized lenses and different filter lenses, lens cleaning supplies, a nice tripod, an infrared remote, and 2 rechargeable batteries. $700 or BO. Message me if interested. :)
Question 6 media
Bethany Jones learned a great deal about hardware and software technologies through constructing her product. She gained experience using professional cameras like the Nikon D3100 and lighting equipment such as strobe flashes and soft boxes to enhance her photos. She also learned how to expertly use design software like Photoshop to edit images and create magazine layouts, and blogging platforms like WordPress to showcase her work. Overall, the process helped her develop strong technical skills in both photography and digital design.
Strobist lighting 101 david hobby
This document provides an introduction to off-camera strobe lighting. It discusses the basic gear needed, including a strobe that can be triggered externally and set to manual power. The document outlines seven basic lighting decisions to consider, such as light placement and quality. It then discusses a typical photojournalist's core equipment and how it can be expanded minimally to greatly improve lighting with the addition of a compact light stand, umbrella, and strobe. The goal is to incorporate lighting gear to always have the ability to use better light on assignments.
Question 6
The document discusses the various hardware and software technologies used to construct a magazine product. It describes using a Nikon D3100 digital SLR camera, studio strobe lights, soft boxes, and backdrops to take professional quality photos for the magazine. Software mentioned includes Adobe Photoshop CS5 to design pages, Adobe Indesign to layout the articles, Wordpress to publish the magazine online, Firefox as a web browser, Microsoft Powerpoint to answer questions, and Slideshare to share the Powerpoint presentations. The process taught the student about technologies needed for photography, design, publishing, and presenting creative works.
Order sigma ef 610 dg super electronic flash for sony digital slr cameras
The Sigma EF-610 DG SUPER Electronic Flash is a powerful flash with a guide number of 200 that covers focal lengths from 24mm to 105mm. It has advanced features like modeling flash, wireless TTL flash, and can tilt up 90 degrees, left 180 degrees, right 90 degrees, or down 7 degrees for various lighting angles. The flash uses 4 AA batteries and has a charging time of around 5 seconds, providing around 160 flashes on nicd or nimh batteries.
Question 6
I have learned about various photography and design technologies through constructing this product. I used a Canon 1200D DSLR camera with an 18-55mm lens along with studio lighting equipment including Bowens Gemini 250 flashes, softboxes, and tripods. Software tools like Adobe Photoshop CS6 and Adobe InDesign CS6 were used to edit photos, layout pages, and place text and images. Different shutter speeds, F-stops, and ISOs were required depending on the lighting conditions.
Equipment list
The document lists the equipment needed to create a music video, including:
A Canon 700D camera for its touchscreen and ability to get extreme angles, a tripod to keep shots steady but also allow handheld scenes, a GoPro for compact shots like inside a guitar, a custom-built computer with two monitors for smooth editing, Adobe software like Premiere Pro and After Effects, and a high-capacity SD card to store footage for easy access during editing.
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Order sigma ef 610 dg super electronic flash for sony digital slr cameras
Order sigma ef 610 dg super electronic flash for sony digital slr cameras
QUESTION 6
- 1. QUESTION 6 WHAT HAVE YOU LEARNT ABOUT TECHNOLOGIES FROM THE PROCESS OF CONSTRUCTING THIS PRODUCT?
- 2. Taking the photos required me to use a number of equipment. The Camera I used was the Nikon D3100 – Digital SLR. Horseshoe Flash Trigger Infra red signal sent to Strobe flash – triggers the flash in-sync with the camera shutter (speed set to 1/300th sec to match strobe speeds) Hemisphere 300 – Strobe flash Dial on back adjusts output – modelling light on. Auxiliary lights set to slave (triggered in- sync with by built in light sensor) Soft Boxes The model lights use soft boxes – they disperse the light and give a softer, rounder light on the subject. Backdrop Is lit with a further two strobes on full power to create a high exposure, white background. HARDWARE
- 3. THE EQUIMENT Nikon D3100 – Digital SLR Horseshoe Flash Trigger Hemisphere 300 – Strobe flash Soft Boxes Backdrop
- 4. Making the cover, contents, article page and editing the photos needed the use of CAM (Computer Aided Design). I used Photoshop CS5 Adobe INDesign CS3 I also used video editing software to produce the answers to some of my evaluation I used Sony Vegas Pro 13 I used internet pages to research and evaluate my questions I used Google, Firefox, Wordpress and Slideshare to show my work. SOFTWARE
- 5. I did not learn anything in terms of Photoshop as I already had an in depth knowledge. However I did learn and now have the knowledge of making a blog on the internet, I understand how to use the basics of INDesign. WHAT HAVE I LEARNED?
- 6. https://stpetersmedia.wordpress.com/ https://noahchallengermedia.wordpress.com/ http://www.adobe.com/uk/# https://wordpress.com/ LINKS TO RELEVANT PAGES