The energy required to break one bond in DNA is `10^(-20)J`. This value in `eV` is nearly:

Energy required to break one band in DNA is

The energy required to break on bond in DNA is 10^-20J. Express it in eV.

Energy required to break one bond in DNA is approximately

Energy required to break one bond in DNA is approximately

Express (a) the energy required to break one bond in DNA (10^(-10)J) in eV. (b) the kinetic energy of an air molecule (10^(-21)J) in eV. (c) the daily intake of a human adult (10^(7)J) in kilocalories.

Examine Tables 61. -6.3 and express (a) the energy required to break one bond in DNA in eV, (b) The kinetic energy of an air molecule (10^(-21)J) in eV , (c ) The daily intake of a human adult in kilocalories .

Examine table.s and express a) The energy required to break one bond in DNA in eV, b) the kinetic energy of an air molecule (10^(-2) J in eV, c) The daily intake of a human adult in kilocalories.

The enzyme that breaks H_(2) bonds in DNA is