The term "12q" typically refers to a specific chromosome location in genetics, where "12" indicates chromosome 12 and "q" denotes the long arm of that chromosome. This notation is often used in cytogenetics to describe the position of genes, markers, or other features on the chromosomes. For example, 12q21 might refer to a particular band on the long arm of chromosome 12.
It's 12q -5
12q 2,6q 2,2,3q 2,2,3,q
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How many twelves can you put into 448 without going over? 37(37=q). You will get 444. subtract 444 from 448 and you get 4(4=r) So q=37 and r=4.
9q - 14 + 3q - 8 = 7 So 9q + 3q = 7 + 14 + 8 ie 12q = 29 so q = 29/12 = 2.41666..
12q - 4q = 8
It's 12q -5
-12q+4=q-6 4-6=q+12q -2=13q q=-2/13
12q 2,6q 2,2,3q 2,2,3,q
6p + 12q + 18r = 6 (p + 2q + 3r)
12q 12,q 6,2,q 3,2,2,q
12q 12,q 6,2,q 3,2,2,q
Do you mean 12Q = 89? Q = 89/12 Q = 7.4166666666666666666666
Get the 'q' together on one side and everything else on the other side. Add 12q to both sides --> 12q - 12q + 4 = 12q + 8q -6 --> 4 = 20q -6 Add 6 to both sides --> 6 + 4 = 6 + 20q - 6 --> 10 = 20q Then divide both sides by 20 --> 10/20 = 20q / 20 ---> 1/2 = q Substitute q = 1/2 into the original equation to make sure you did it right.
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4(7p + 3q - 2)
2p+4q=16 (now divide the equation by two) p+2q=8 (now subtract 2q) p=8-2q 7p+12q=52 (substitue the answer you got for p in the previous equation) 7(8-2q)+12q=52 (multiply the first equation by 7) 56-14q+12q=52 (subtract 14q from 12q) 56-2q=52 (subtract the 56 from 52) -2q=-4 (multiply by -1) 2q=4 (divide by 2) q=2 p=8-2q (substitute the value of q) p=8-2(2) (multiply) p=8-4 (subtract) p=4 2p+4q=16 (check your answers with the new values of p and q) 2(4)+4(2)=16 8+8=16 true 7p+12q=52 7(4)+12(2)=52 28+24=52 true