In convex sequential arrays, the number of crystals fired at once is generally:

In convex sequential arrays, the number of crystals fired at once is generally:

• A. All of the crystals are fired
• B. Some but not all
• C. None are fired
• D. Most are fired

Answer: (B)

Activation pattern in convex sequential arrays is about staging the firing of elements to shape the output rather than blasting all at once. In this approach, only a portion of the crystals fires at any given moment, allowing a controlled, steadily advancing front and better control over power, timing, and interference. That balanced, selective firing—some but not all—lets the system create the desired convex progression while avoiding the drawbacks of full simultaneous firing or no firing at all. If all crystals fired at once, you’d lose the shaping and power management benefits; if none fired, there would be no output; firing most would edge toward near-simultaneous firing and reduce the advantages of sequencing.

Activation pattern in convex sequential arrays is about staging the firing of elements to shape the output rather than blasting all at once. In this approach, only a portion of the crystals fires at any given moment, allowing a controlled, steadily advancing front and better control over power, timing, and interference. That balanced, selective firing—some but not all—lets the system create the desired convex progression while avoiding the drawbacks of full simultaneous firing or no firing at all. If all crystals fired at once, you’d lose the shaping and power management benefits; if none fired, there would be no output; firing most would edge toward near-simultaneous firing and reduce the advantages of sequencing.