A museum curator is designing a virtual exhibit with 144 high-resolution images. Each image requires 115 MB of storage, and metadata adds 3% more space per image. If her server has 18 GB of free space, how many images can be fully stored within the limit?

Sun, 19 Apr 2026 00:43:31 +0000

**A museum curator is designing a virtual exhibit with 144 high-resolution images. Each image requires 115 MB of storage, and metadata adds 3% more space per image. If her server has 18 GB of free space, how many images can be fully stored within the limit?** In an era where cultural institutions rapidly embrace digital transformation, a museum curator is pioneering a virtual exhibit featuring 144 high-resolution images. Each image demands 115 MB, with added metadata increasing total space needs. As digital accessibility grows, so does the interest in seamless virtual experiences—driving curiosity about how large-scale digital projects fit within real-world storage limits. Using exact calculations, each image consumes 115 MB plus 3% metadata overhead—equivalent to 115 × 1.03 = 118.45 MB per image. For 144 images, total storage needs reach approximately 17,076 MB. With 18 GB available—about 18,000 MB—there’s enough capacity to store all 144 images comfortably, with margin for future growth. **How Much Storage Is Truly Needed—More Than Just Storage**
The 3% metadata increase optimizes manageability and searchability without compromising image quality. This thoughtful scaling enables curators to preserve rich digital context while maintaining performance on virtual platforms. With strong mobile connectivity across the U.S., users experience smooth navigation and fast loading—key factors in sustaining engagement.