Can Stardust Dragon negate Snipe Hunter?
Judge Program Forum Rulings Stardust Dragon: You cannot activate the effect of “Stardust Dragon” to negate the effect of “Snipe Hunter” as “Snipe Hunter” is not guaranteed to destroy a card at activation.
Can Stardust Dragon negate attack?
Thus, the effect of “Stardust Dragon” cannot negate the activation of an effect which destroys a card on the field.
Does Catastor activate?
On Activating “Ally of Justice Catastor”‘s effect activates at the beginning of the Damage Step, before the monster is flipped face-up. If the monster is face-down, “Ally of Justice Catastor”‘s effect will not activate.
Does Ally of Justice Catastor target?
It targets both it and the monster it’s attacking. Without the effect targeting the card Justice is attacking, it would not destroy it.
When did the Stardust spacecraft return to Earth?
The primary mission was successfully completed on 15 January 2006, when the sample return capsule returned to Earth. A mission extension codenamed NExT culminated in February 2011 with Stardust intercepting comet Tempel 1, a small Solar System body previously visited by Deep Impact in 2005. Stardust ceased operations in March 2011.
What kind of antenna did the Stardust spacecraft use?
For communicating with the Deep Space Network, the spacecraft transmitted data across the X-band using a 0.6-meter (2 ft 0 in) parabolic high-gain antenna, medium-gain antenna (MGA) and low-gain antennas (LGA) depending on mission phase, and a 15-watt transponder design originally intended for the Cassini spacecraft.
What was the particle collector on Stardust made of?
The particle collector uses aerogel, a low-density, inert, microporous, silica-based substance, to capture dust grains as the spacecraft passes through the coma of Wild 2. After sample collection was complete, the collector receded into the Sample Return Capsule for entering the Earth’s atmosphere.
What was the primary objective of the Stardust mission?
The mission objectives included the following: Primary objectives [ edit ] Extend the current understanding of the processes that affect the surfaces of comet nuclei by documenting the changes that have occurred on comet Tempel 1 between two successive perihelion passages, or orbits around the Sun.
