1 gram = 1.0 × 10-9 gigagrams (Gg)1 Gg = 1 000 000 000 g= 1 x 109 g
Gg
5.4e-1 or 5.4 x 10-1
75/10 = 7.5
Row T, section 1 is located after Row G and before Row U in a typical seating arrangement. Therefore, it is not between Rows A and GG. Instead, it falls within the range of Rows A to U.
1 gram = 1.0 × 10-9 gigagrams (Gg)1 Gg = 1 000 000 000 g= 1 x 109 g
Gg is gigagrams, 1 000 000 000 grams.
204
Gg
Gg
gg gg gg g
The answer is 1 Mt (or 1 Gg).
by gianna (gg)
i dont nkonw - - - - Ignore that person. If you are using a Punnett Square (2X2 box) then you will see that if you have a Gg (across the top) and gg (down the side) you will have Gg, Gg, gg, gg. The lowercase letters represent recessive traits and the uppercase dominant. The ratios are split into Phenotypes and Genotypes. If you have at least one dominant trait then it is considered a genotype (for this problem Gg GG). Double recessive is a phenotype (double lower case-in this case gg.) Your ratio for the above Gg, Gg, gg, gg is 2:4 (1:2) for both Phenotype and Genotype. Hope this helps!
G gg a a g gg a ag gg a ga b a g gg a a g gg a a ga g g..
The notes to hot ai rand holey fingers are: GABAGAGAB GABAGBBAG GABAGAGAB GABAGBBAG GG Rest GG Rest GG Rest GG Rest GABAGAGAB GG Rest GG Rest GG Rest GG Rest GABAGBBAG REPEAT X2
Yes