Pyruvate, which is formed by the glycolytic catabolism of carbohydrates in the cytosol, after it enters mitochondrial matrix and undergoes $:-$
- AReductive amination
- BOxidative decarboxylation
- CReductive carboxylation
- DReductive decarboxylation
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Arrange $NH_4^+$,$H_2O$,$H_3O^{+}$,$HF$,and $OH^{-}$ in increasing order of acidic nature.
Among the species given below, the total number of diamagnetic species is. . . . . $H$ atom, $NO _2$ monomer, $O _2^{-}$(superoxide), dimeric sulphur in vapour phase, $MnsO _4$, $\left( NH _4\right)_2\left[ FeCl _4\right],\left( NH _4\right)_2\left[ NiCl _4\right], K _2 MnO _4, K _2 CrO _4$
Among the species given below, the total number of diamagnetic species is. . . . . $H$ atom, $NO _2$ monomer, $O _2^{-}$(superoxide), dimeric sulphur in vapour phase, $MnsO _4$, $\left( NH _4\right)_2\left[ FeCl _4\right],\left( NH _4\right)_2\left[ NiCl _4\right], K _2 MnO _4, K _2 CrO _4$
A $6 \, V$ cell with $0.5 \, \Omega$ internal resistance, a $10 \, V$ cell with $1 \, \Omega$ internal resistance and a $12 \, \Omega$ external resistance are connected in parallel. The current (in ampere) through the $10 \, V$ cell is
$A$ solution of sodium sulphate contains $92 \ g$ of $Na^{+}$ ions per kilogram of water. The molality of $Na^{+}$ ions in that solution in $mol \ kg^{-1}$ is:
Let $a, b, c \in R$. If $f(x) = ax^2 + bx + c$ is such that $a + b + c = 3$ and $f(x + y) = f(x) + f(y) + xy$ for all $x, y \in R$,then $\sum_{n=1}^{10} f(n)$ is equal to:
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