Why is it dangerous to invest in something you don't understand? Who benefits and who loses...
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Why is it dangerous to invest in something you don't understand? Who benefits and who loses when complex securities are issued? Explain.
Homework Answers
When investors invest in a complex product they don't understand, they will stand to be the losers. The reason for this is the inherent risks in the products which would end up with negative returns for the investors. There are different types of risks associated with an investment product like known knowns, known unknowns and unknown unknowns. The investors in such products would always be exposed to known unknowns and unknown unknowns the latter would take the larger proportion.
The sellers of the product would take appropriate steps to cover their risks and then transfer the inherent risks to ignorant investors. Thus investors would stand to lose and the originators and sellers would stand to gain from such a transaction.
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Why is it dangerous to invest in something you don't
understand? Who benefits and who loses...
It says my answer is incorrect but I don't understand why. It said something about forgetting...
It
says my answer is incorrect but I don't understand why. It said
something about forgetting to take into account the autoprotolysis
of water
If enough of a monoprotic acid is dissolved in water to produce a 0.0135 M solution with a pH of 6.71, what is the equilibrium constant, Ka, for the acid? к. 2.8 x10-12
Tommy does not understand why yields differ among Singapore government securities and when compared to the...
Tommy does not understand why yields differ among Singapore government securities and when compared to the yields on securities issued by other governments. Explain why this might be the case.
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That's all the information. Something like this. Something like this. I don't know why you need...
That's all the information. Something like this.
Something like this. I don't know why you need more
information.
Its already plotted the (Enzyme) if i cant be answered
close the question, so I may repost it again. Just asked the
professor so i don't know.
6. The Michaelis-Menten curve for enzyme X is shown below for substrate A. Indicate where on the plot you would determine Keat, Kn and kca/Km. 500 1500 2000 1000 substrate A, UM We were unable...
I don't understand this at all. Can someone please explain how/why/when these computations are done? Thanks
I don't understand this at all. Can someone please explain
how/why/when these computations are done? Thanks
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Is there a difference between potential and potential energy? Why? I don't understand completely. I think there is a difference and that they have different units. Could you explain?
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() Why is it more dangerous to be electrocuted when you are wet than when you are dry? (5) Why does rubbing a balloon on your head allow you to then stick it to a wall?
() Why is it more dangerous to be electrocuted when you are wet than when you...
() Why is it more dangerous to be electrocuted when you are wet than when you are dry? (5) Why does rubbing a balloon on your head allow you to then stick it to a wall?
Could somebody please explain why is equivalent to as I don't understand why the terms in the exponent have swap...
Could somebody please explain why is equivalent to as I don't understand why the terms in the exponent have swapped. Thank you -и) /kT) + 1 exp ((€в exp ((E)/kT)1 -и) /kT) + 1 exp ((€в exp ((E)/kT)1
I don't quite understand how to draw the shape and how the whole question will progress...
I don't quite understand how to draw the shape and how
the whole question will progress please explain how it will look
and why and how to solve this question - thank you
HU (S)-(1-Bromoethyl) benzene Planar, achital Figure 7-3 Racemization upon SNT benzene. Initial ionization furnishes a p water, yields racemic alcohol. он (R)-1-Phenylethanol Racemic mixture nization upon Sn1 hydrolysis of the chiral and optically pure (SH1-bromoethyl on Turnishes a planar, achiral carbocation. This ion, when trapped with Exercise...
It
says my answer is incorrect but I don't understand why. It said
something about forgetting to take into account the autoprotolysis
of water
If enough of a monoprotic acid is dissolved in water to produce a 0.0135 M solution with a pH of 6.71, what is the equilibrium constant, Ka, for the acid? к. 2.8 x10-12
That's all the information. Something like this.
Something like this. I don't know why you need more
information.
Its already plotted the (Enzyme) if i cant be answered
close the question, so I may repost it again. Just asked the
professor so i don't know.
6. The Michaelis-Menten curve for enzyme X is shown below for substrate A. Indicate where on the plot you would determine Keat, Kn and kca/Km. 500 1500 2000 1000 substrate A, UM We were unable...
I don't understand this at all. Can someone please explain
how/why/when these computations are done? Thanks
() Why is it more dangerous to be electrocuted when you are wet than when you are dry? (5) Why does rubbing a balloon on your head allow you to then stick it to a wall?
() Why is it more dangerous to be electrocuted when you are wet than when you are dry? (5) Why does rubbing a balloon on your head allow you to then stick it to a wall?
I don't quite understand how to draw the shape and how
the whole question will progress please explain how it will look
and why and how to solve this question - thank you
HU (S)-(1-Bromoethyl) benzene Planar, achital Figure 7-3 Racemization upon SNT benzene. Initial ionization furnishes a p water, yields racemic alcohol. он (R)-1-Phenylethanol Racemic mixture nization upon Sn1 hydrolysis of the chiral and optically pure (SH1-bromoethyl on Turnishes a planar, achiral carbocation. This ion, when trapped with Exercise...
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