A person is suffering from chills and shivering and high temperature. These symptoms are cyclically followed by profuse sweating and return to normal body temperature. Based on these symptoms name the disease and its causative organism.

A person is suffering from bowel irregularity, abdominal pain, blood and mucus in stool, etc. Based on these symptoms, name the disease and its causative organism.

A person is suffering from a disease caused by Plasmodium, experiences recurring chill and fever at the time when

A person suffering from a disease caused by Plasmodium, experiences recurring chills and fever at the time when

Consider the following four conditions (a-d) and select the correct pair of them as adaptations to environment in desert lizards The conditions : a) burrowing in soil to escape high temperature b) losing heat rapidly from the body during high temperature c) bask in sun when temperature is low d) insulating body due to thick fatty dermis

The chemical behaviour of dihydrogen is determined, to a large extent, by bond dissociation enthalpy. The H-H bond dissociation enthalpy is the highest for a single bond between two atoms of any element. What inferences would you draw from this fact? It is because of this factor that the dissociation of dihydrogen into its atoms is only 0.081% around 2000K which increases to 95.5% at 5000K. Also, it is relatively inert at room temperature due to the high H-H bond enthalpy. Thus the atomic hydrogen is produced at a high temperature in an electric arc or under ultraviolet radiations. Since its orbital is incomplete with Is' electronic configuration, it does combine with almost all the elements. At which of the following temperatures, the dissociation of dihydrogen into its atoms will be maximum ?

The chemical behaviour of dihydrogen is determined, to a large extent, by bond dissociation enthalpy. The H-H bond dissociation enthalpy is the highest for a single bond between two atoms of any element. What inferences would you draw from this fact? It is because of this factor that the dissociation of dihydrogen into its atoms is only 0.081% around 2000K which increases to 95.5% at 5000K. Also, it is relatively inert at room temperature due to the high H-H bond enthalpy. Thus the atomic hydrogen is produced at a high temperature in an electric arc or under ultraviolet radiations. Since its orbital is incomplete with Is' electronic configuration, it does combine with almost all the elements. Which of the following bond dissociation enthalpies is the highest for a single bond between two atoms of any element ?