That element would be Scandium. It's abbreviation is Sc it was discovered in 1879. It has a density of 2985 kilograms per cubic meter.
they don't fall in one group they are Metalloids non-metals metals
It is a solid at that temp.
you can write billion for short like 1b,2b,3b...and so on
groups 3 to 7 (IUPAC -- IIIB-VIIB or IIIA-VIIA earlier systems) are called early transition metals because they form the first half of the transition series. This means, for example, that their maximum valency, expressed in their oxy-acids and salts (titanates, vanadates, chromates, and permanganates) matches their group number, that their complexes are slow to react, etc. This contrasts with the late transition metals (IUPAC groups 8 to 12) which tend to have a maximum valency of 2 or 3, and fast reacting complexes.
By linking organisms with common characteristics. For instance- 1a Nonliving-See2 1b Living-See3 2a Round-Ball 2b Square-Box 3a Furry-Monkey 3b Scales-Lizard Often these keys go much more in depth than this, but for an example this is accurate.
Rare Earth elements or lanthanides are placed in the period 6 of the periodic table of Mendeleev. Actinoids are placed in the period 7 of the periodic table of Mendeleev.
6b^2 - 3b / 3b 6b^2 - 1 or ( 6b^2 - 3b) / 3b = 2b - 1 Or (6b^2 - 3b ) / 3b = 3b(2b - ) / 3b = 2b - 1
Transition metals or d-block elements
d-block elements or transition metals
3b2 - 3b = 3b(b - 1)
so let's group and then factor ab+2a+3b+6= (ab+2a)+(3b+6)= a(b+2)+3(b+2)= (a+3)(b+2) and that is our final answer! Doctor Chuck
Since 3b is a factor of 9b, it is automatically the GCF.
-2b + 7 -3b = 2 -2b +7 -3b +2b = 2 + 2b 7 -3b + 3b = 2 + 2b +3b 7-2 = 2-2 + 2b + 3b 5 = 5b 1 = b
a = 3b - c a + c = 3b - c + c a + c = 3b (a + c)/3 = 3b/3 ( a + c ) / 3 = b Do your homework.
If 3b = 39 thenb = 39/3b = 13.
3b
3b-8b = -5