The nonsense strand of the given DNA sequence T-A-C-C-A-A-G-C-T-A-C-C-T-A-T-T-A-A-C-C-G is T-A-G-G-T-T-C-G-A-T-G-G-A-T-A-A-T-G-G-C. This sequence represents the complementary base pairs to the original sequence, following the A-T and G-C base pairing rule.

The complementary DNA strand for the given sequence is A-T-G G-C-C T-A-C G-G-T C-T-A G-T-T T-A-G. Remember that A pairs with T and C pairs with G in DNA strands.

24 different ways. wow that took a while

turkey- TU

cheese- C

lettuce- L

tomato- T

Tu, C, L, T

Tu, C, T L

Tu, L,C,T

Tu,L,T,C

Tu,C,T,L

Tu,C,L,T

C,TU,L,T

C,TU,T,L

C,L,TU,T

C,L,T,TU

C,T,L,TU

C,T,TU,L

L,TU,T,C

L,TU,C,T

L,C,TU,T

L,C,T,TU

L,T,TU,C

L,T,C,TU

T,TU,C,L

T,TU,L,C

T,L,TU,C

T,L,C,TU

T,C,TU,L

T,C,L,TU

It's GTTCATCCGA

Before we look at the complimentary mRNA sequence of the given DNA sequence, let us remember that RNA contains uracil (U) in place of Thiamine (T)

The querry sequence is:

t-a-c-c-t-c-g-c-a-a-c-t

So the mRNA sequence would be:

A U G G A G C G U U G A

(a - t)/(b - t) = c

=> a - t = c(b - t) = cb - ct = bc - tc

=> tc - t = bc - a

=> t(c - 1) = bc - a

=> t = (bc - a)/(c - 1)

A t g t g g a a c c g t g

B. G-G-A-T-G-C is the complement strand to C-C-A-T-C-G. The complementary base pairs are as follows: C-G, C-G, A-T, T-A, C-G, G-C.

G-A-T-T-A-G-C-C-T-A-A-G-G-T-C-G


DNA base-pairing rules
Adenine - Thymine
Cytosine - Guanine


RNA base-pairing rules
Adenine - Uracil
Cytosine - Guanine

The complementary DNA strand to the given sequence would be t c c g a g t c a g a t c g. This follows the base pairing rules where adenine pairs with thymine and guanine pairs with cytosine.

The complementary DNA strand to "ttgccagc" is "aaggctcg". In complementary base pairing, thymine (T) pairs with adenine (A) and guanine (G) pairs with cytosine (C).

To determine the complementary strand of DNA, you would match each base with its complementary base: T -> A, A -> T, G -> C, C -> G. So, the complementary strand to t-t-t-g-a-c-c-a-g would be a-a-a-c-t-g-g-t-c.

The complementary strand for CGATTAC would be GCTAATG.

C and G are always paired together, and A and T are always paired together.

The complementary strand to A-T-T-C-G-A-C-C-T-A-C-G would be T-A-A-G-C-T-G-G-A-T-G-C. This is because adenine pairs with thymine and cytosine pairs with guanine in DNA.

the at atlantic

ocean

T-A-C-G-A-T

T-A

C-G

Unscramble the letters to form an English word:

C T T H C R A E I

C pairs with G and A pairs with T. So, G G T C A T C A A. If that's not what you want, I'm sorry.

It will be based on the process in which it involved- for replication, transcription or translation

As a rule the bases will be expressed in Capital letters

If it is replication the sequence will A-T-G-T-T-G-G-A-C as the components of DNA is Adenine,Guianine, cytosine and thymine

But if it is for transcription it will be A-U-G-U-U-G-G-A-C as in RNA thymine is replace by uracil

Sreekala.K.P

The complementary strand to the given DNA sequence would be C T A G G T A C T C A A T G. This is because in DNA, adenine pairs with thymine and guanine pairs with cytosine.

It would be T-A-A-G-C-C

To show an insertion of a nucleotide (say "c") in the sequence "a-c-t-g-g-a-t", you would write it as "a-c-t-c-g-g-a-t". The inserted nucleotide "c" fits in between the existing nucleotides "t" and "g".

In DNA, the complementary strand would be: GGATCAGTAC.

A binds with T, G binds with C.

Therefore the complementary strand of ATG-CCC-TAT-AGC-GCG-CAA-AGA-G is:

TAC-GGG-ATA-TCG-CGC-GTT-TCT-C

G-A-T-T-A-G-C-C-T-A-A-G-G-T-C-G


DNA base-pairing rules
Adenine - Thymine
Cytosine - Guanine


RNA base-pairing rules
Adenine - Uracil
Cytosine - Guanine

G-A-T-T-A-G-C-C-T-A-A-G-G-T-C-G


DNA base-pairing rules
Adenine - Thymine
Cytosine - Guanine


RNA base-pairing rules
Adenine - Uracil
Cytosine - Guanine

if weight of the feed, concentrate and tailing are F, C and T respectively and their corresponding assays f, c and t, then:

F=C+T

Ff=Cc+Tt

Ff=Cc+t(F-C)

therefore

F/C= (c-t)/(f-t) which is the ratio of concentration.

the plant recovery equals (Cc/Ff)*100

or based on the ratio of concentration the recovery is:

Recovery=100*((f-t)c)/((c-t)f)

The complementary bases for the DNA strand aatggccttagcagttgcatga are taccggaaatcgtaacgtaact. In DNA, adenine pairs with thymine (A-T) and cytosine pairs with guanine (C-G).

C- Control T- means test

Line under the C - Negative

Line under C and T- positive :)

Find I = ∫ tan³ x dx. The solution is: I = ½ tan² x - log cos x. * * * Here is how we can obtain this result: First, let t = tan x, s = sin x, and c = cos x; then, dI = t³ dx, ds = c dx, dc = -s dx, and dt = (1 + t²) dx; and, of course, t = s / c. By algebra, t³ = t(t² + 1) - t; thus, we have dI = t³ dx = t(t² + 1) dx - t dx = t dt - t dx. Now, d (t²) = 2t dt; thus, t dt = ½ d(t²). On the other hand, we have d log c = dc / c = -s dx / c = -t dx; thus, t dx = -d log c. Combining these results, we have dI = t dt - t dx = ½ d(t²) - d log c. This integrates readily, giving I = ½ t² - log c, which is the solution we sought. * * * We may check our result, by differentiating back: dt / dx = 1 + t²; and d(t²) / dt = 2t; thus, (d/dx)(t²) = 2t dt / dx = 2t (1 + t²). Also, we have d log c / dc = 1 / c; and dc / dx = -s; whence, (d/dx)(log c) = (dc / dx) / c = -s / c = -t. Then, dI / dx = ½ (d/dx)(t²) - (d/dx)(log c) = t (1 + t²) - t = t + t³ - t = t³, re-assuring us that we have integrated correctly.

it means


10 C R of a T :)

A to T, T to A, G to C, C to G

C. T. Onyekwelu was born in 1898.

T. C. Chao died in 1979.

C. T. Fernando died in 1977.

C. T. Fernando was born in 1921.

C. T. Bate was born in 1823.

C. T. Bate died in 1889.

T. C. Murray died in 1959.

T. C. Murray was born in 1873.

T. C. Hsu died in 2003.

T. C. Hsu was born in 1917.

T. C. Worsley died in 1977.

T. C. Worsley was born in 1907.

T C Narendran was born in 1944.

T. C. Hammond died in 1961.

T. C. Hammond was born in 1877.

T in C = ( T in F - 32.0 ) ( 5/9 )

T in C = ( 15 - 32.0 ) ( 5/9 ) = -9.4 C <-----------------