Question

How to calculate this function? Show the stepts. $1044.89 = $100/(1 + i) + $100/(1 +...

How to calculate this function? Show the stepts.

$1044.89 = $100/(1 + i) + $100/(1 + i) 2 + $1,000/(1 + i) 2

Homework Answers

Answer #1

Answer:

i=0.075 or i=−1.979296

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
How do I express this recursive function? an = 10n I have found some of the...
How do I express this recursive function? an = 10n I have found some of the values a0 = 100 = 1 a1 = 101 = 10 a2 = 102 = 100 a3 = 103 = 1000 And this is the answer from the textbook an + 1 = 10an, for ≥ 1 and a1 = 5 I'm confused because it says a1 = 5 but I got 10 Another problem an = 5 I don't know how to find...
Suppose that the indirect utility function of a consumer is u(p1,p2,I) = I(p10,5+p20,5)-2. Calculate the terms...
Suppose that the indirect utility function of a consumer is u(p1,p2,I) = I(p10,5+p20,5)-2. Calculate the terms on the left hand side and on the right hand side of the Slutsky-equation and show that the two sides are equal.
Please show your work. How can I calculate the following: what is the minimal ph for...
Please show your work. How can I calculate the following: what is the minimal ph for the optimal edta titration of pb2+?
i) show that the function f: Q->Q defined by f(x)=1/((x^2)-2) is continuous at all x in...
i) show that the function f: Q->Q defined by f(x)=1/((x^2)-2) is continuous at all x in Q,but that it is unbounded on [0,2]Q. Compare to the extremal value Theorem.
Please show work so I can follow. Thank you. Calculate the single and annual coupon payments...
Please show work so I can follow. Thank you. Calculate the single and annual coupon payments assuming the following: Semiannual bond, Coupon rate of 8 percent, Par value of $1,000: Annual bond, Coupon rate of 4.5 percent, Par value of $100: Monthly bond, Coupon rate 12 percent, Par value $850:
1.Given: Suppose you are given the following market demand function for apples: QD = 100*I + ...
1.Given: Suppose you are given the following market demand function for apples: QD = 100*I + 2*PSub − P where P is the price per unit of apples, I is consumer income and PSub is the price per unit of grapes (a substitute for apples). And given the market supply function for apples: QS = P − 2*w − 4*m where P is the price per unit of apples, w is the hourly wage rate the firm pays to workers...
How can I convert this apply function in R studio apply(trees, 1, function(x) tree_s3(x[1],x[2],x[3])) into a...
How can I convert this apply function in R studio apply(trees, 1, function(x) tree_s3(x[1],x[2],x[3])) into a for loop?
How do I graph a function with the following properties? increasing: (-∞, 1) decreasing: (1, 3),...
How do I graph a function with the following properties? increasing: (-∞, 1) decreasing: (1, 3), (3, ∞) local max: (1, 8) intercepts: (0,0), (3, 0) concave down: (-∞, 2), (3, ∞) concave up: (2, 3) inflection points: (2, 5), (3, 0)
1.               Calculate: Show the answer in dB and decimal (a)                   &nbsp
1.               Calculate: Show the answer in dB and decimal (a)                       60 dB + 25 dB = (b)                       20 dBW + 5 dB = (c)                       22 dBm - 4 dB = (d)                       13 dBW - 7 dBm (Be careful) 2.               Convert: (a)                       65 W into dBW (b)                       10 dBW into watts (c)                       – 5 dBW into watts (d)                       -15 dBm into watts (e)                       -40 dBm into dBW (f)                        -80 dBW into dBm (g)                       log2 (64) = (h)                       log2 (1000) = (i)                       ...
Calculate a Beta for the following portfolio. Please show formulas so I can learn how to...
Calculate a Beta for the following portfolio. Please show formulas so I can learn how to complete these. Thanks! Beta $ Invested 1.8 $80,000 1.5 $120,000 0.8 $30,000 0.0 $50,000 0.91 $100,000