Answer:
Increase D ⇒ rightward shift
Increase E ⇒ rightward shift
Increase F ⇒ leftward shift
Decrease D ⇒ leftward shift
Decrease E ⇒ leftward shift
Decrease F ⇒ rightward shift
Triple D and reduce E to one third ⇒ no shift
Triple both E and F ⇒ no shift
Explanation:
Changes in the concentrations of reactants y products affect to the equilibrium. In this case, D and E are reactants and F is the product.
When a change in the factors affecting equilibrium occur, the system will react in order to counteract the change imposed.
- If a increase of reactant occur, the system will tend to produce more products (<em>rightward shift</em>). For example: increase D, increase E. In contraposition, if a decrease of reactant occur, the system will produce more reactants (<em>leftward shift</em>). For example: decrease D, decrease E.
- If a increase of product occur, the system will tend to produce more reactants (<em>leftward shift</em>). For example: increase F. In contraposition, if a decrease of product occur, the system will produce more products (<em>rightward shift</em>). For example: decrease F.
- If we change both reactants and products concentration in the same amount, the net change is zero, so there is <em>not shift</em>. For example: Triple D and reduce E to one third (D x 3 and E/3, there is not change in the total amount of reactants) ; Triple both E and F (E x 3 and F x 3, the net change is zero).
Answer:
Viscosity of water decreases markedly with increasing temperature. When the viscosity decreases, the flow resistance decreases. So for the same driving force, that is the pressure drop per unit length, the water flow rate will be higher.
Hope this helps :)
it exists as atom or ion but not as sodium molecule. So there is no any sodium sodium bonding between two sodium atoms. Sodium combines with other element or group to form compounds of sodium like sodium chloride ,sodium carbonate ,sodium sulphate etc. Sodium has symbol Na and its atomic no. is 11 .
The answer is C multiple alleles
