which answer below, would be a possible new strand if there was a insertion mutation in the sequence below? t t c g a a t c g t a t g a canswers1. t t c g a a t c t g t a t g a c2.  t t g a a t c g t a t g a c3.t t c g a a t c c t a t g a c4.t t c g a t t c g t a t g a c

The answer is TTCGAATCTGTATGAC. Insertion mutation are types of mutation where one or more nucleotide base pairs are inserted to a chromosomes or a DNA sequence. They result from the addition of extra nucleotides in a DNA sequence or chromosome. When one or more nucleotides are inserted in the genetic sequence, the reading frame is disrupted during transcription, and eventually, translation. This may result in an altered sequence of amino acids, extra amino acid in a chain, or premature termination.

pCO₂ = 0.54 atm

pN₂ = 0.35 atm

pH₂ = 0.16 atm

Explanation:

Step 1: Calculate the total number of gaseous moles

The total number of gaseous moles (n) is equal to the sum of the moles of the individual gases.

n = nCO₂ + nN₂ + nH₂ = 5 mol + 3.3 mol + 1.5 mol = 9.8 mol

Step 2: Calculate the partial pressure of each gas

We will use the following expression.

pi = P × χi

where,

pi: partial pressure of the gas i

P: total pressure (1.05 atm)

χi: mole fraction of the gas i

pCO₂ = 1.05 atm × (5 mol/9.8 mol) = 0.54 atm

pN₂ = 1.05 atm × (3.3 mol/9.8 mol) = 0.35 atm

pH₂ = 1.05 atm × (1.5 mol/9.8 mol) = 0.16 atm