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WorksheetsDMT Quiz 2
Total questions: 86
Worksheet time: 43mins
What is the comparison of file size between CMYK image and Grayscale image?
CMYK image files size will be 3 times larger than a Grayscale image.
CMYK image files size will be 4 times larger than a Grayscale image.
CMYK image files size will be 3 times smaller than a Grayscale image.
CMYK image files size will be 4 times smaller than a Grayscale image.
What is the primary purpose of using duotones in an image?
To remove colour from the image.
To reduce the file size of the image.
To make the image appear more vibrant.
To add depth or colour to a black and white image.
When an RGB image is converted to indexed colour, how many colours are typically reduced to?
64 colours.
256 colours.
1024 colours.
16 million colours.
What potential effect can occur due to colour reduction in indexed colour images?
Image distortions.
Enhanced image quality.
Lossless file compression.
Increased colour accuracy.
What is dithering?
The process of reducing image resolution.
The process of converting images to grayscale.
The process of converting images to CMYK colour mode.
The process of using a few colours to create the illusion of more colours.
Which of the following statements best describes the purpose of indexed colour in image optimization for the web?
Indexed colour alters image colours without affecting file size.
Indexed colour increases file size while maintaining image quality.
Indexed colour reduces file size without compromising image quality.
Indexed colour enhances image resolution without affecting file size.
What are 'Browser Safe Colours' primarily intended for in web design?
Ensuring compatibility with modern monitors.
Optimizing images for high-resolution displays.
Guaranteeing consistent display on 8-bit monitors.
Providing a wide range of colour options for designers.
How many colours are included in the 'Browser Safe Colours' palette?
64 colours.
128 colours.
216 colours.
256 colours.
The color wheels commonly consists of
3 primary colours, 3 secondary colours, and 6 tertiary colours.
3 primary colours, 4 secondary colours, and 5 tertiary colours.
3 primary colours, 5 secondary colours, and 4 tertiary colours.
3 primary colours, 6 secondary colours, and 3 tertiary colours.
Primary colours consists of
Red, Blue, and Green.
Red, Blue, and Yellow.
Black, Gray, and White.
Cyan, Yellow, and Magenta.
Orange, Green, and Violet are
primary colours.
additive colours.
secondary colours.
subtractive colours.
Red + Blue gives
Pink.
Cyan.
Violet.
Maroon.
How are tertiary colours formed?
Combine primary colour with secondary colour.
Combine primary colour with subtractive colour.
Combine addictive colour with secondary colour.
Combine addictive colour with subtractive colour.
Which one of the tertiary colours is correctly named?
Blue-black.
Violet-blue.
Red-yellow.
Yellow-orange.
What is the primary purpose of harmonious colours in design?
To create visual pattern.
To correct image anomaly.
To apply the art of deception.
To work well together for visual appeal.
Which tool is commonly used for identifying harmonious colours in design?
Colour Code.
Colour Wheel.
Colour Contrast.
Colour Sampler.
Which one of the following is an example of analogous colours?
Orange, Green, and Violet.
Red, Violet, and Red-Violet.
Black, White, and Black-White.
Yellow-Red, Blue-Yellow, and Red-Blue.
What defines complementary colours according to the colour wheel?
Colours that are user friendly.
Colours that are similar in hue.
Colours that blend seamlessly together.
Colours that are opposite each other on the colour wheel.
What effect do complementary colours typically produce when used together?
Soft and gentle.
Shiny and clear.
Bold and dramatic.
Classy and cooling.
What happens when complementary colours are mixed in proper proportions?
They form a neutral colour.
They create a chaotic blend.
They become more saturated.
They produce a vibrant new colour.
How are colours in contrast harmony positioned in relation to each other on the colour wheel?
Parallel.
Adjacent.
Opposite.
Scattered.
What role does nature play in colour combination?
It has no relevance to colour theory.
It confuses colour harmony principles.
It provides examples of conflicting colours.
It can be a good example to show colour harmony.
Which category of colours are described as energetic and vivid?
Wild colours.
Cool colours.
Warm colours.
Contrary colours.
Hue refers to
the purity of a colour.
the name of a colour.
the brightness of a colour.
the temperature of a colour.
Which term is NOT a synonym for saturation?
Tint.
Chroma.
Intensity.
Brightness.
Which term refers to a colour that has both white and black (gray) added to it?
Tint.
Tone.
Shade.
Chroma.
How is a tint different from a shade?
Tint increases lightness, while shade decreases lightness.
Tint decreases lightness, while shade increases lightness.
Tint involves mixing with gray, while shade involves mixing with white.
Tint involves mixing with black, while shade involves mixing with white.
Which colour is absent in additive colour mixing?
Black.
Green.
Orange.
White.
Additive colour mixing is the mixing of
pixel colours.
colour depth.
coloured light.
watercolour paint.
What is the principle behind subtractive colour theory?
Colours are formed by mixing coloured light sources.
Colours are formed by adding different intensities of light.
Colours are formed by subtracting wavelengths of light from white.
Colours are formed by using colourants that absorb certain wavelengths of light.
What colour is obtained by subtracting blue from white light?
Black.
Cyan.
Magenta.
Yellow.
Spot colour printing works by
using a laser printing process.
mixing colours digitally on the page.
layering cyan, magenta, yellow, and black inks.
applying a premixed colour of ink directly to the page.
In what types of printing projects is spot color printing not commonly used?
Labels.
Brochures.
Newsletters.
Photographs.
The dominant spot color printing system is
PENTIN.
PANTEX.
PANTONE.
PENTAGON.
Which printing method is more economical for graphic containing numerous colours?
Grayscale printing.
Spot colour printing.
Monochrome printing
Process colour printing.
Which of the following factors cannot influence the appearance of colours on a printed document?
Paper type.
Graphic card.
Lighting conditions.
Printer ink consistency.
What technique is used to enhance grayscale images with spot colours?
Colour blending.
Chromatic adaptation.
Grayscale transformation.
Duotone, tri-tone, and quad-tone.
Full colour process printing uses of four primary colours, namely,
Red, Blue, Green, and White.
Red, Blue, Yellow, and Magenta.
Cyan, Magenta, Yellow, and Black.
Black, Gray, White, and Transparent.
When would 2 colour combination appear dull?
Poor resolution of the mix.
Incorrect colour combination.
Lack of brightness in the colours.
Low contrast between the colours.
We can make a shape to appear bigger by using
Dark colour.
Bright colour.
Pantone colour.
Transparent colour.
What determines the output colour in a mixing process?
Temperature of the colour mixture.
Time duration of mixing the colours.
Proportion and intensity of colours used.
Pressure applied during mixing the colours.
The fashion show in the illustration is applying the concept of
lividness.
proportion.
dominance.
chromaticity.
The colour that represents lively, close, dry, and warm is
red.
white.
yellow.
orange.
Too much of blue
increases stress and strain.
is depressing and sorrowful.
portrays emptiness and loneliness.
triggers dirty thoughts and feelings.
What is the primary objective of data compression?
Fixing data anomaly.
Encrypting data for security.
Streamlining data for processing.
Removing redundant data to reduce bits.
How does human interpretation of information relate to data compression?
It has no impact on data compression.
It affects the resolution of the compressed data.
It guides the derivative of best compression algorithms.
It determines the encryption method used for compression.
What does a RAW file contain in digital imaging?
Metadata about the image.
Encrypted data for security.
Processed image information.
Original image data from sensor.
Why is RAW file size typically larger compared to other image formats?
It is encrypted.
It is compressed.
It contains redundant data.
It contains processed image data.
What happen when a lossy compressed file is uncompressed?
The original data is recovered fully.
The original data becomes corrupted.
Metadata is included with the original data.
Only a part of the original data is recovered.
Which types of data are typically compressed using lossy compression techniques?
Database files.
Video and sound.
Binary executables.
Text and documents.
What is one of the key features of the JPEG compression method?
Limited flexibility.
Lossless compression.
Adjustable quality setting.
High audio compression ratio.
What aspect of human vision does the JPEG algorithm take into account?
Reaction to motion.
Perception of shapes.
Adaptation to night vision.
Sensitivity to brightness changes.
JPEG algorithm stores colour information by saving the
rate of change of colour.
colour in hexadecimal codes.
exact colour value for each pixel.
colour in a separate metadata file.
Lossless compression is typically used when
small file sizes are desired.
exact data integrity is important.
working with audio and video files.
high compression ratios are required.
Which compression technique is commonly used for compressing sequential data with repeated values?
Huffman Coding.
LZW Compression.
JPEG Compression.
Run-Length Encoding.
LZW compression works by
reducing the resolution of images.
sorting the data and removing duplicates.
finding and assigning codes to patterns of data.
encrypting the data using a cryptographic algorithm.
What type of compression does GIF use?
No compression.
Lossy compression.
Lossless compression.
Both lossless and lossy compression.
What type of compression method does GIF use?
Huffman Coding.
Run-Length Encoding.
Simple substitution method.
Dictionary-based compression.
When converting from colour to grayscale, which of the following statements is true regarding file size?
File size increases.
File size decreases.
File size remains unchanged.
File size fluctuates unpredictably.
Which type of sounds are typically omitted in lossy audio compression formats like MP3?
Only loud sounds.
Sounds that are easily audible.
Sounds that are unpleasant to the ear.
Sounds that humans cannot or can hardly hear.
Lossless audio compression is best suited for situations where
high compression ratios are desired.
file size reduction is the primary concern.
original audio quality must be maintained.
imperceptible audio changes are acceptable.
Among various sound formats, why is MP3 widely used for music?
Because of its large file sizes.
It offers lossless compression.
Due to its compatibility with old hardware.
It combines good compression with high quality.
What is the primary goal of video compression?
Amplifying visual experience.
Enhancing hardware overhead.
Increasing storage requirements.
Reducing transmission bandwidth.
What visual observations may appear in compressed video due to aggressive compression?
Enhanced clarity.
Smooth transitions.
High-definition resolution.
Blockiness and pixelation.
In inter-frame compression, what kind of data is typically analysed and compressed?
Spatial frame data.
Encoding type of frames.
Data within individual frames.
Differences between consecutive frames.
In intra-frame compression, how are individual video frames compressed?
Each frame is compressed as a single entity.
Frames are compressed by considering motion vectors.
Frames are compressed by analysing temporal redundancy.
Each frame is compressed with reference to neighbouring frames.
Despite consuming more storage space, why is intra-frame coding preferred for certain applications?
It offers better visual quality.
It enables faster transmission.
It allows for greater flexibility in editing.
It requires less computational resources.
What expansion does MPEG-4 introduce to MPEG-1?
3D content.
Metadata encoding.
Single track optimisation.
Dynamic watermark embedding.
Which of the following best defines batch processing?
Manual execution of programs on a computer.
Automated execution of programs without data processing.
Processing data files individually without program execution.
Execution of a series of programs without manual intervention.
What is an example of batch processing?
Editing a single image in real-time.
Converting images one by one manually.
Resizing multiple images simultaneously.
Applying different effects to individual images.
What is the purpose of recording an action for batch processing?
To keep as a library resource.
To playback as a video for learning.
To automate repetitive tasks on images.
To note down the image processing steps.
Which software is commonly used for batch processing digital images?
Adobe Audition.
Adobe Captivate.
Adobe Photoshop.
Adobe Dreamweaver.
How does batch processing enhance efficiency in image editing?
By organizing images into folders.
By applying random effects to images.
By manually editing images one by one.
By automating repetitive tasks on multiple images.
Which feature allows users to apply the same edits to multiple photos simultaneously in image editing software?
Threading Affinity.
Batch Processing.
Context Switching.
Process Spawning.
Which of the following methods is NOT one of the four ways to implement batch processing techniques in Lightroom?
Synchronization Method.
Edit in the Develop Module.
Applying Presets on Export.
Apply Presets in the Library Module.
How do presets help streamline the editing process when importing images?
By restricting editing options.
By randomizing edits for each image.
By applying favourite settings automatically.
By increasing the number of steps needed for adjustments.
When is the Library Module considered better and faster for applying presets?
When photos have to be resized.
When photos vary in scenes and poses.
When all photos require manual adjustments.
When photos are taken in similar lighting conditions.
What benefits do editing in the Library Module offer?
Reduced file size and bitrate.
Consistency and time saving.
Faster rendering and sharpness.
Enhanced quality and acceptance.
What is the primary benefit of using the Synchronization Method in photo editing?
To ensure safe editing process.
To control the scope of adjustments.
To increase the complexity of editing.
To apply fine-tuning adjustments efficiently to multiple photos.
What is generation loss?
Loss of image clarity during uploading.
Loss of image resolution during printing.
Loss of image animation during scanning.
Loss of image quality during data conversion.
What does the resolution of a digital image refer to?
The file format of the image.
The colour depth of the image.
The physical size of the image.
The number of pixels it contains.
How does the resolution level affect the ability to expand the dimensions of an image?
Expansion of image dimensions always results in loss of quality.
Lower resolution allows for greater expansion without loss of quality.
Higher resolution allows for greater expansion without loss of quality.
Resolution level has no impact on the ability to expand dimensions.
What are the individual frames of a traditional animated film composed of?
CGI models.
Digital illustrations.
Photographs of drawings.
Computer-generated images.
How is the illusion of movement achieved in traditional animation?
By applying motion capture technology.
By using advanced computer algorithms.
By making slight differences in each drawing.
By rapidly changing the position of 3D models.
How are 2D animation figures typically created on a computer?
Using 2D bitmap graphics.
Using 2D augmented program.
Using 2D motion graphics card.
Using 2D clay modelling scanner.
Which of the following is NOT a traditional animation technique automated in 2D animation?
Onion skinning.
Motion tracking.
Interpolated morphing.
Interpolated rotoscoping.
