Suppose $3000 was invested into one of five accounts and t is time in years. For each verbal description (i)–(v), state which formulas (a)–(e) could represent it. (a) B = 3000(1.2)t (b) B = 3000(1.12)t (c) B = 3000(1.06)2t (d) B = 3000(1.06)t/2 (e) B = 3000(1.03)4t (i) This investment earned 12% per year, compounded annually. (ii) This investment earned more than 1% each month. (iii) This investment earned 12% per year, compounded twice annually. (iv) This investment earned less than 3% each quarter. (v) This investment earned more than 6% every 6 months
Suppose $3000 was invested into one of five accounts and t is time in years. For each verbal description (i)–(v), state which formulas (a)–(e) could represent it. (a) B = 3000(1.2)t (b) B = 3000(1.12)t (c) B = 3000(1.06)2t (d) B = 3000(1.06)t/2 (e) B = 3000(1.03)4t (i) This investment earned 12% per year, compounded annually. (ii) This investment earned more than 1% each month. (iii) This investment earned 12% per year, compounded twice annually. (iv) This investment earned less than 3% each quarter. (v) This investment earned more than 6% every 6 months
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Suppose $3000 was invested into one of five accounts and t is time in years. For each verbal description (i)–(v), state which formulas (a)–(e) could represent it.
(a) B = 3000(1.2)t
(b) B = 3000(1.12)t
(c) B = 3000(1.06)2t
(d) B = 3000(1.06)t/2
(e) B = 3000(1.03)4t
(i) This investment earned 12% per year, compounded annually.
(ii) This investment earned more than 1% each month.
(iii) This investment earned 12% per year, compounded twice annually.
(iv) This investment earned less than 3% each quarter.
(v) This investment earned more than 6% every 6 months
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