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Determine one expression for f(x) (ie: f(x)........) with the following specifications. Consider playing with Desmos to...
(2) Consider the 'square' of the derivative operator in one dimension, ie., D"--2 ie. Find all...
(2) Consider the 'square' of the derivative operator in one dimension, ie., D"--2 ie. Find all solutions of without any restrictions on , ie.,-oo< (2b) Are there limitations on a? (e.g., any complex number, any real number, only positive real number, integers only, etc.). In mathematis? In physics, when the operator is meant to represent an observable? (2c) Can you find a solution to (4) which is not a solution to DIf(x) Vaf(x)? Hint: try trig functions! Note the 'philosophical'...
Help me please with 14 A and 14 B like G x Desmos scientific calculator x...
Help me please with 14 A and 14 B
like G x Desmos scientific calculator x u34ny.theexpertta.com/Common akeTi aspx TutorialAssignment Bookmarks Q Chapter 5-Prep U-. Desmos Scientific Class Management I Help Chapter 23B Begin Date: 4/2/2017 12:00 00AM-Due Date: 4/9/2017 I13900 PM End Date: 5/22/201712 0000AM (7%) Problem 14: In the simple AC circuit shown on the right, C 0.035 F.L 0025 H. Randomized Variables C 0.035 F L m 0.025 H Otheexpertta.com 50% Part (a) Express the resonance angular...
(3.2) Consider the data given in the following table 05 1 15 f(x) 0 2 0 6 1 2 20 (4) (a) Approximate f with a functi...
(3.2) Consider the data given in the following table 05 1 15 f(x) 0 2 0 6 1 2 20 (4) (a) Approximate f with a function of the form q (x) = kxm (4) (b) Approximate f with a function of the form g2(x) = be Which approximation between q and g2 1s more appropriate for the given data? Justify your (3) (c) answer < In, and a piecewise cubic polynomial Consider a set of points (I,) Such that...
function f(x)? Determine an expression for AB- BA in terms of f(x). 5. Consider the photoelectric...
function f(x)? Determine an expression for AB- BA in terms of f(x). 5. Consider the photoelectric effect for cesium metal. Experimental data for the kinetic energy of ejected electrons as a function of the wavelength of the incident radiation are shown below: 400 1.004 500 0.383 100 200 300 2 (nm) KE eV) 030 4.108 2.038 By constructing a linear plot using a graphing program or graph paper, calculate the value for h (Planck's constant in J.s) and the work...
() (ii) Differentiate the following expression implicitly: (1+e%*)? = 3+In(x+y) Find the value of y and...
() (ii) Differentiate the following expression implicitly: (1+e%*)? = 3+In(x+y) Find the value of y and the value of f'(x) (ie dy/dx) when x=0.
For the following one-to-one function, find the equation of the inverse. f(x) = 26 - 3...
For the following one-to-one function, find the equation of the inverse. f(x) = 26 - 3 f-'() Preview TIP Enter your answer as an expression. Example: 3x^2+1, x/5, (a+b)/ Be sure your variables match those in the question Get Help: Video eBook Points possible: 5 This is attempt 2 of 5. Score on last attempt: 0. Score in gradebook: 0 Submit DO 80 F3 000 F4 DU FB F5 F6 F2 F A $ & l 9 4 5 6...
3. The graph of F(x)-2 with restricted domain [-2,3] is given. Use Desmos to find two...
3. The graph of F(x)-2 with restricted domain [-2,3] is given. Use Desmos to find two formulas for each of the dotted graphs, one of the form y = F(x-h) + k, the other of the form y = (x-h)2 + k. https://www.desmos. com/calculator/i21 sǐwzfir 15 10 a. b) y (c) y 10 4. Assume the domain of g(x) is [-23) and range is [-8,2]. (a) What are domain and range of y g(x) - 6? (b) What is domain...
79 Consider the function f(1) = -2(x + 1)3 Answer all parts: (a) - (f). (a)...
79 Consider the function f(1) = -2(x + 1)3 Answer all parts: (a) - (f). (a) What is the degree of f(x)? The degree of f(s) is (b) Which of the following choices describe the end behavior of f(x)? The graph of f(x) acts Olike 72 (ie both ends up) o like - 22 (ie both ends down) O like x3 (ie, lett end down, right end up) Olike - (ie, left end up right end down) None of the...
1. Consider the function y f(x) defined by Supposing that you are given x, write an...
1. Consider the function y f(x) defined by Supposing that you are given x, write an R expression for y using if state- ments Add your expression for y to the following program, then run it to plot the function f. # input x,values <-seq(-2, 2, by 0.1) # for each x calculate y n <- length(x.values) y.values <- rep(0, n) for (i in 1 :n) x <- x. values[i] # your expression for y goes here y.values ij <-...
1. Consider the function y f(x) defined by Supposing that you are given x, write an...
1. Consider the function y f(x) defined by Supposing that you are given x, write an R expression for y using if state- ments Add your expression for y to the following program, then run it to plot the function f. # input x,values <-seq(-2, 2, by 0.1) # for each x calculate y n <- length(x.values) y.values <- rep(0, n) for (i in 1 :n) x <- x. values[i] # your expression for y goes here y.values ij <-...
(2) Consider the 'square' of the derivative operator in one dimension, ie., D"--2 ie. Find all solutions of without any restrictions on , ie.,-oo< (2b) Are there limitations on a? (e.g., any complex number, any real number, only positive real number, integers only, etc.). In mathematis? In physics, when the operator is meant to represent an observable? (2c) Can you find a solution to (4) which is not a solution to DIf(x) Vaf(x)? Hint: try trig functions! Note the 'philosophical'...
Help me please with 14 A and 14 B
like G x Desmos scientific calculator x u34ny.theexpertta.com/Common akeTi aspx TutorialAssignment Bookmarks Q Chapter 5-Prep U-. Desmos Scientific Class Management I Help Chapter 23B Begin Date: 4/2/2017 12:00 00AM-Due Date: 4/9/2017 I13900 PM End Date: 5/22/201712 0000AM (7%) Problem 14: In the simple AC circuit shown on the right, C 0.035 F.L 0025 H. Randomized Variables C 0.035 F L m 0.025 H Otheexpertta.com 50% Part (a) Express the resonance angular...
(3.2) Consider the data given in the following table 05 1 15 f(x) 0 2 0 6 1 2 20 (4) (a) Approximate f with a function of the form q (x) = kxm (4) (b) Approximate f with a function of the form g2(x) = be Which approximation between q and g2 1s more appropriate for the given data? Justify your (3) (c) answer < In, and a piecewise cubic polynomial Consider a set of points (I,) Such that...
function f(x)? Determine an expression for AB- BA in terms of f(x). 5. Consider the photoelectric effect for cesium metal. Experimental data for the kinetic energy of ejected electrons as a function of the wavelength of the incident radiation are shown below: 400 1.004 500 0.383 100 200 300 2 (nm) KE eV) 030 4.108 2.038 By constructing a linear plot using a graphing program or graph paper, calculate the value for h (Planck's constant in J.s) and the work...
() (ii) Differentiate the following expression implicitly: (1+e%*)? = 3+In(x+y) Find the value of y and the value of f'(x) (ie dy/dx) when x=0.
For the following one-to-one function, find the equation of the inverse. f(x) = 26 - 3 f-'() Preview TIP Enter your answer as an expression. Example: 3x^2+1, x/5, (a+b)/ Be sure your variables match those in the question Get Help: Video eBook Points possible: 5 This is attempt 2 of 5. Score on last attempt: 0. Score in gradebook: 0 Submit DO 80 F3 000 F4 DU FB F5 F6 F2 F A $ & l 9 4 5 6...
3. The graph of F(x)-2 with restricted domain [-2,3] is given. Use Desmos to find two formulas for each of the dotted graphs, one of the form y = F(x-h) + k, the other of the form y = (x-h)2 + k. https://www.desmos. com/calculator/i21 sǐwzfir 15 10 a. b) y (c) y 10 4. Assume the domain of g(x) is [-23) and range is [-8,2]. (a) What are domain and range of y g(x) - 6? (b) What is domain...
79 Consider the function f(1) = -2(x + 1)3 Answer all parts: (a) - (f). (a) What is the degree of f(x)? The degree of f(s) is (b) Which of the following choices describe the end behavior of f(x)? The graph of f(x) acts Olike 72 (ie both ends up) o like - 22 (ie both ends down) O like x3 (ie, lett end down, right end up) Olike - (ie, left end up right end down) None of the...
1. Consider the function y f(x) defined by Supposing that you are given x, write an R expression for y using if state- ments Add your expression for y to the following program, then run it to plot the function f. # input x,values <-seq(-2, 2, by 0.1) # for each x calculate y n <- length(x.values) y.values <- rep(0, n) for (i in 1 :n) x <- x. values[i] # your expression for y goes here y.values ij <-...
1. Consider the function y f(x) defined by Supposing that you are given x, write an R expression for y using if state- ments Add your expression for y to the following program, then run it to plot the function f. # input x,values <-seq(-2, 2, by 0.1) # for each x calculate y n <- length(x.values) y.values <- rep(0, n) for (i in 1 :n) x <- x. values[i] # your expression for y goes here y.values ij <-...
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