Hi , i want answer for these questions ,
1) write sin z in the form of v(x,y) + iV(x,y) ?
2) show that sin z is unbounded ?
3) Find the value of z , such that sin z = 2 ?
4) find the value of z , such that :
a) e^z is real ?
b) e^z is pure imaginary ?
Thanks for all ,,
Hi , i want answer for these questions ,
1) write sin z in the form of v(x,y) + iV(x,y) ?
2) show that sin z is unbounded ?
3) Find the value of z , such that sin z = 2 ?
4) find the value of z , such that :
a) e^z is real ?
b) e^z is pure imaginary ?
Thanks for all ,,
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A consumer finds only three products, X, Y, and Z, are for sale. The amount of utility that their consumption will yield is shown in the table below. Assume that the prices of X, Y, and Z are $10, $2, and $8, respectively, and that the consumer has an income of $74 to spend.
(a) Complete the following table by computing the marginal utility per dollar for successive units of X, Y, and Z to one or two decimal places.
(b) How many units of X, Y, and Z will the consumer buy when maximizing utility and spending all income? Show this result using the utility maximization formula.
(c) Why would the consumer not be maximizing utility by purchasing 2 units of X, 4 units of Y, and 1 unit of Z?
Product X | Product Y | Product Z | ||||||||
Quantity |
Utility |
Marginal Utility per $ |
Quantity |
Utility |
Marginal Utility per $ |
Quantity |
Utility |
Marginal Utility per $ |
||
1 | 42 | _____ | 1 | 14 | _____ | 1 | 32 | _____ | ||
2 | 82 | _____ | 2 | 26 | _____ | 2 | 60 | _____ | ||
3 | 118 | 3 | 36 | _____ | 3 | 84 | _____ | |||
4 | 148 | _____ | 4 | 44 | _____ | 4 | 100 | _____ | ||
5 | 170 | _____ | 5 | 50 | _____ | 5 | 110 | _____ | ||
6 | 182 | _____ | 6 | 54 | _____ | 6 | 116 | _____ | ||
7 | 182 | _____ | 7 | 56.4 | _____ | 7 | 120 | _____ |