9w
No, token monsters cannot be used as material for an XYZ summon.
It is not possible to give a sensible answer to this question. The greatest common factor (GCF) refers to a factor that is COMMON to two or more numbers (or expressions). Although it may not appear so, xyz + xy is only one expression.
To determine the scale factor used to reduce xyz to abc, you would divide the dimensions of abc by the corresponding dimensions of xyz. For example, if xyz has dimensions of 10 units and abc has dimensions of 5 units, the scale factor would be 5/10, which simplifies to 1/2. Thus, the scale factor is 0.5, indicating that xyz was reduced to abc by half.
No, xyz monsters dont have levels, they have ranks Ex. Utopia is a rank 4 xyz monster
xyz
It all depends on what xyz is. If xyz is an arc of a curve, there will be no vertex whereas if xyz is a triangle, each of x, y and z will be a vertex.
AAS (apex)
Firstly, XYZ monsters have ranks, not levels, meaning in general they cannot be used for an XYZ summon. The two terms are not interchangable, a Rank 3 monster is not a Level 3 monster, you cannot use two Rank 3 monsters for the XYZ summon of something that needs two Level 3 monsters.Despite this there are a small handful of XYZ monsters who have an alternate summon method, where they can Overlay an XYZ monster. However for these, they specify already that the original monster's material becomes material for the new monster.If there was ever an XYZ Monster that can overlay other XYZ monsters and did not specify what happened to their material, that material would simply go to the graveyard, as the monster they were attached to has gone.
LCD is probably a typo for LCM. The least common divisor of any number is 0 since 0 is the smallest natural number and divides all numbers.The LCM of two rational algebraic expressions is often used to add or subtract the two expressions. The method used is to identify all common factors in the denominator of the expressions, and multiply the numerators by the uncommon factors (exactly like you would for non-algebraic fractions).example:(2/(a+b)xyz) + (4/(a+b)cdz)the common factors are (a+b), and z. You must multiply the left expression by cd, and the right expression by xy to get(2cd+4xy) / (a+b)cdxyz
sort xyz &
sort xyz &
Yes