Um I think this one would be true
Answer:
Article 1
Explanation:
the branches are all provided in artcle 1 aout there powers and rights
Nepal has come a long way since the development cooperation between Denmark and Nepal began more than two decades ago. From the very beginning Danish support has focused on supporting government, state institutions as well as civil society organisations with the aim of promoting and protecting democratic principles and basic human rights for the people of Nepal, strengthening the rule of law and addressing the many human rights violations of the past.
This publication aims at telling the story of the long-standing Danish partnership with Nepal in the area of human rights and good governance.
The collection of stories gives voice to the many people across Nepal as they strive for a brighter future, for basic rights, security, justice and access to basic services. Through their individual stories they share their experiences of building communities, empowering citizens and giving voice to the individual and influence over their own lives.
<span> A would be a non-monetary incentive</span>
Answer:
Check explanation.(esp. last part of the Explanation section).
Explanation:
I must confess to you, this question is somehow tricky, but no matter what we are smarter! This question is based on acid base extraction. the organic solvent diethyl ether is the organic base while H2O is the neutral (that is water is acting as a neutral medium). When the hexanoic acid [CH3(CH2)4CO2H is added and mixed with organic solvent diethyl ether and water. The ether which is at the top layer contains the [CH3(CH2)4CO2H and the water which is at the buttom contains [CH3(CH2)4COO- in which a proton is taken away from [CH3(CH2)4COOH through the addition of
So, what is tricky about the question? The fact that there are two media makes it tricky if we go for water phase as [CH3(CH2)4COO- and if we go for ether phase as [CH3(CH2)4COOH, they are both right. So, both are correct but in this question ether phase as [CH3(CH2)4COOH will be appropriate here.
