Red in media is a strong attention signal tied to intense emotions and actions. It’s used to convey danger or urgency—think of warning signs, alarms, or a character entering a risky situation—so audiences feel that something significant is at stake. At the same time, red is a powerful color for romance and passion: romantic scenes, love symbols like hearts, or moments of fiery desire often rely on red to heighten the sense of heat and closeness. Because red covers both danger and love/passion, the option that lists those ideas together best fits how red is used across media, more so than calmness (which is linked to cooler colors) or wealth (which is usually shown with other cues or colors). Red’s impact comes from its ability to signal strong, immediate emotion, whether that’s fear, urgency, or intense affection.

Secondary research uses data someone else gathered, like industry reports or published statistics. Its big drawback is that the data can be outdated, not tailored to the client’s specific situation, and may reflect the biases of the original source. If the information is old, market conditions may have shifted and decisions based on it could be off. If it isn’t aligned with the client’s needs, the findings won’t directly address the real questions. Bias can also creep in from how the data was collected or presented, leading to skewed conclusions. So, while secondary data is quick and inexpensive and can be useful for background, its potential for being outdated, non-specific, and biased makes it a disadvantage in certain decision-making contexts.

Graphic artists focus on how visual elements—images, typography, color, and layout—come together to communicate a message and engage a target audience. Producing layouts for books, magazines, and posters, and deciding how images work together to meet the purpose and appeal to the audience, is exactly what this role involves: arranging visual content so the piece reads well and achieves its intended effect. The other tasks describe different roles—designing logos and branding guidelines relates to identity work, motion graphics for broadcast involves animation and video, and photography involves capturing images.

Converting pixels to inches relies on how many pixels fit into one inch, which is the PPI (pixels per inch) value. PPI tells you the density of the image: how many pixels occupy each inch of physical space. So the physical width is the pixel width divided by the PPI. In formula form: width in inches = width in pixels ÷ PPI. For example, 1920 pixels wide at 96 PPI is 1920 ÷ 96 = 20 inches; at 300 PPI, the same 1920-pixel width becomes 1920 ÷ 300 = 6.4 inches. This shows why the same pixel count yields different physical sizes depending on density.