Nanoparticle are particles having dimensions in nano range. They have lyophobic properties that prevent them from agglomeration. They are charged particle and when come close they repel each other thats how they remain in dispersed phase. But when the charge on them got neutralized, they start getting closer and agglomerate in the solution. So they start forming molecules or clusters. Thats when they start behaving like a molecule.
How does an ozone molecule behave differently from an oxygen molecule?
When does a solution of two liquids, A and B, behave most like an ideal solution in term of vapor pressure. (a) When the interactions between molecules of the two different components (A and B) are the same as the interactions between molecules of each individual component. (b) When the interactions between molecules of the two different components (A and B) are stronger than the interactions between molecules of each individual component. (c) When the interactions between molecules of the...
5. How does an amphipathic molecule behave in water? Draw a diagram to illustrate your answer.
a molecule can behave as an acid in one reaction but as a base in another reaction m. True or false? if true, provide an example molecule that exhibits this behavior
what does p-dianisal-ketone look like draw out as a molecule?
Ceramic nanoparticles . Describe some of the different ways this nanoparticle could be functionalized to accumulate in type 1 diabetes tissue . Would it be more beneficial to perform active or passive targeting? If you were to perform active targeting, what are 3 different tissue biomarkers you would try to target, and why? What sorts of targeting molecules would you put on the surface of your nanoparticle? What are your most important considerations when picking targeting molecules (size, charge, affinity,...
Is this the right reaction? Does the reagent behave in such a way that it will be placed on the substituent (ethyl)? 12
What is spin transport? How does spin transport behave in semiconductors? How does spin transport affect the conductivity in the semiconductors? Read the online materials and run the simulation. You need to specify simulation criteria.
Which of the following statements is NOT true? Electrons behave like both particles and waves. Electrons travel in circular orbits around the nucleus. Electrons are found outside of the nucleus. Electrons are negatively charged. All of these statements are true.
Define the law of demand. Does the demand for water behave in accordance with the law of demand? Give two interpretations of a demand curve.