Using the discrete-time dynamical system and the derivation of Equation 1.10.7, find pt, mt+1, bt+1 and pt+1
Question:
s = 1.2, r = 2.0, mt = 1.2 × 105, bt = 3.5 × 106.
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 66% (6 reviews)
Pt Mt1 bt1 Pt1 12x105 ...View the full answer
Answered By
Douglas Makokha
Unlock Academic Success with Dedicated Tutoring and Expert Writing Support!
Are you ready to excel in your academics? Look no further! As a passionate tutor, I believe that dedication and hard work are the keys to achieving outstanding results. When it comes to academics, I strive to provide nothing but the best for every student I encounter.
With a relentless thirst for knowledge, I have extensively researched numerous subjects and topics, equipping myself with a treasure trove of answers to tackle any question that comes my way. With four years of invaluable experience, I have mastered the art of unraveling even the most intricate problems. Collaborating with esteemed writers has granted me exclusive access to the trade secrets utilized by the industry's top professionals.
Allow me the pleasure of assisting you with your writing assignments. I thrive on challenges and will guide you through any obstacles you may face. Together, we will unlock your academic potential and pave the way for your success.
4.90+
60+ Reviews
342+ Question Solved
Related Book For
Modeling the Dynamics of Life Calculus and Probability for Life Scientists
ISBN: 978-0840064189
3rd edition
Authors: Frederick R. Adler
Question Posted:
Students also viewed these Calculus questions
-
The logistic dynamical system with r = 2.
-
Find and graph the discrete-time dynamical system for tail length. These data define several discrete-time dynamical systems. For example, between the first measurement (on day 0.5) and the second...
-
Find and graph the discrete-time dynamical system for mass. These data define several discrete-time dynamical systems. For example, between the first measurement (on day 0.5) and the second (on day...
-
Calculate the heat required to raise 50 kg of solid sodium carbonate (Na2CO3) from 10C to 50C at 1atm using (a) The true heat capacity of Na2CO3, which is 1.14 kJ / (kg C). (b) A heat capacity...
-
Working capital investment is 25% of the anticipated first year sales for Wallys Waffle House. The first-year sales are currently projected at $4,300,000. The incremental cash flow (not including...
-
The equation for the area of a circle from two sources is given as A = r2 and A = d2/2. Can unit analysis tell you which is correct? Explain.
-
Supersonic airflow enters an adiabatic, constant area (inside diameter \(=1 \mathrm{ft}\) ) 30-ft-long pipe with \(\mathrm{Ma}_{1}=3.0\). The pipe friction factor is estimated to be 0.02 . What ratio...
-
Ashley owns a retail shoe store that is insured for $120,000 under the business income (and extra expense) coverage form. Because of a fire, Ashley was forced to close the store for three months....
-
Respond using research from Journal Articles to validate your response. Discuss the laws that govern wages, pensions, and employee compensation in the USA.
-
What is the difference between a unitized production line and a link line?
-
Sketch graphs of the above function. g(x) = 3x / 2x + 1 for 0 x 2.
-
Using the discrete-time dynamical system and the derivation of Equation 1.10.7, find pt, mt+1, bt+1 and pt+1 in the following situations. s = 1.2, r = 2.0, mt = 1.2 105, bt = 1.5 106.
-
In Problems 2124, give the order (first, second, third, etc.) of each differential equation, where y represents a function of the variable x. y"3y" + 3y - y = 0
-
The block diagram shown below, represents a hybrid servo system. The blocks labelled 1, 2, 3 and 4 are respectively (a) amplifier, demodulator, DC servo motor and load (b) demodulator, amplifier, DC...
-
\(\mathrm{A} 50 \mathrm{~K} \Omega, 10\) turn potentiometer has \(\pm 12 \mathrm{~V}\) supply connected to fixed terminals as shown in Fig. D9.5. (a) Determine gain constant of potentiometer in...
-
A stepper motor has stator wound for two phase and rotor consisting of 24 teeth. The step movement \(\theta\) is (a) \(7.5^{\circ}\) (b) \(15^{\circ}\) (c) \(3.75^{\circ}\) (d) \(11.25^{\circ}\)
-
In a two phase \(A C\) servo motor with small \(X / R\) ratio, maximum torque occurs at (a) synchronous speed (b) low speed (c) high speed (d) rated speed.
-
Match the control system components in List I with their function in List II and select the correct answer using the codes given below the lists: List I A. Servo motor B. Amplidyne C. Potentiometer...
-
Consider K = Q(2, 3). Referring to Exercise 17, compute each of the following (see Example 53.3). a. N k/Q (2) b. N K/Q (2 +3) c. N K/Q (6) d. N K/Q (2) e. Tr k/Q (2) f. Tr k/Q (2 + 3) g. Tr K/Q (6)...
-
Suppose a population of bacteria doubles every hour, but that 1.0 x 106 individuals are removed before reproduction to be converted into valuable biological by-products. Suppose the population begins...
-
Make a careful sketch of the graph of f and below it sketch the graph of f' in the same manner as in Exercises 4-11. Can you guess a formula for f'(x) from its graph? F(x) = ex
-
Let f(x) = x2. (a) Estimate the values of f'(0),f'(1/2), f'(1) and f'(2) by using a graphing device to zoom in on the graph of . (b) Use symmetry to deduce the values of f'(-1/2), f'(-1), and f'(-2)....
-
Find the derivative of the function using the definition of derivative. State the domain of the function and the domain of its derivative. a. F(x) = 1/2x - 1/3 b. f(t) = 5f - 9t2
-
John Adams plans to retire at the age of 62. He wants an annual income of $60,000 per year. John is currently 45 years of age. How much does he have to place at the beginning of each year into a...
-
Assume that four years and one month from today you plan to make the first of several annual withdrawals from an account. Your first withdrawal will equal $1000. You plan for these withdrawals to...
-
If I borrowed 15,000 in student loans at an annual interest of 7%. and then repay $1800 per year, then how long will it take me to repay the loan?
Study smarter with the SolutionInn App