May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for...

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Transcript of May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for...

Page 1: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 2: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 3: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 4: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 5: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 6: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 7: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 8: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 9: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 10: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 11: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 12: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 13: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 14: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 15: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 16: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution
Page 17: May-11 - Madurai Kamaraj University the general solution. Find the nature of the point x = 0 for each of the equations x y + (sin x) y and x y + (sin x) y = 0. Find the general solution

Initial Value Problem: Find y=f(x) if y’ = f(x,y) at y(a)=b (1) Closed-form solution: explicit formula -y’ = y at y(0)=1 (Separable) Ans: y = e^x (2)

Initial Value Problem: Find y=f(x) if y’ = f(x,y) at y(a)=b (1) Closed-form solution: explicit formula -y’ = y at y(0)=1 (Separable) Ans: y = e^x (2)

ProvingLinesParallel Slope of Lines Slope: the rise and run of a line To find slope, you use the following formula… y 2 − y 1 = x 2 – x 1 Ex. Find.

ProvingLinesParallel Slope of Lines Slope: the rise and run of a line To find slope, you use the following formula… y 2 − y 1 = x 2 – x 1 Ex. Find.

1 Math Minutes - Monday 1. Find the product. (6 x 10 9 ) x (4 x 10 -11 ) 2. Find the quotient. (2 x 10 -1 ) ÷ (5 x 10 5 ) 3. Find the sum. (4.1 x 10 13.

1 Math Minutes - Monday 1. Find the product. (6 x 10 9 ) x (4 x 10 -11 ) 2. Find the quotient. (2 x 10 -1 ) ÷ (5 x 10 5 ) 3. Find the sum. (4.1 x 10 13.

We can find the inverse function as follows: Switch x and y. At x = 2 : To find the derivative of the inverse function:

We can find the inverse function as follows: Switch x and y. At x = 2 : To find the derivative of the inverse function:

© T Madas. Find 7 x 0.1 = 7 x 1 10 = 7 = 0.7 Find 32 x 0.01 = 32 x 1 100 = 32 100 = 0.32 Find 1860 x 0.001 = 1860 x 1 1000 = 1860 1000 = 1.86 What is.

© T Madas. Find 7 x 0.1 = 7 x 1 10 = 7 = 0.7 Find 32 x 0.01 = 32 x 1 100 = 32 100 = 0.32 Find 1860 x 0.001 = 1860 x 1 1000 = 1860 1000 = 1.86 What is.

Warm-Up 1 Find the value of x.. Warm-Up 1 Find the value of x.

Warm-Up 1 Find the value of x.. Warm-Up 1 Find the value of x.

Warm Up Find each product. 1. ( x – 2)(2 x + 7) 2. (3 y + 4)(2 y + 9)

Warm Up Find each product. 1. ( x – 2)(2 x + 7) 2. (3 y + 4)(2 y + 9)

2-51. 1Ke terms, 11 possiD1e. x + x — 3 + 4xz + 2.x —x ... · Find the value of y, given value of x. Y —25,Ÿ) - -23.8 = y = x —2 when x = 3.5 y = 5x—4 when x = -2 When

2-51. 1Ke terms, 11 possiD1e. x + x — 3 + 4xz + 2.x —x ... · Find the value of y, given value of x. Y —25,Ÿ) - -23.8 = y = x —2 when x = 3.5 y = 5x—4 when x = -2 When

Di erential Equations Exercisesmath.newhaven.edu/pmariano/MATH2204s20/HW.pdf · x dy dx = x+y; y(1) = 3: (4) Find the equilibrium solutions to the equation dy dt = y2 +2y (5) Find

Di erential Equations Exercisesmath.newhaven.edu/pmariano/MATH2204s20/HW.pdf · x dy dx = x+y; y(1) = 3: (4) Find the equilibrium solutions to the equation dy dt = y2 +2y (5) Find

Warm Up Find the values of y by substituting x = 2, 3, 10 y = 3x-1 y = 4(x+3)

Warm Up Find the values of y by substituting x = 2, 3, 10 y = 3x-1 y = 4(x+3)

Find the x and y intercept. Warm Up – find the slope.

Find the x and y intercept. Warm Up – find the slope.

...12. -I(3x). Find 3 CðS3Y 9k in terms of (Assume that r is a 13. Find if v 14. Find c/x = e sm 3x . cyx 6x e +1112x if f (x) 15. Find cir if 16. Find dr dy 17. Find if tan y = cir

...12. -I(3x). Find 3 CðS3Y 9k in terms of (Assume that r is a 13. Find if v 14. Find c/x = e sm 3x . cyx 6x e +1112x if f (x) 15. Find cir if 16. Find dr dy 17. Find if tan y = cir

Warm Up I can find x- and y-intercepts given an equation.

Warm Up I can find x- and y-intercepts given an equation.

Confidential1. 2 In the given figure 1, AB || CD and AC || BD 1)Find x 2)Find y In the given figure 2, l || m 3)Find x 4)Find y 5)Find z 6)Find w Figure.

Confidential1. 2 In the given figure 1, AB || CD and AC || BD 1)Find x 2)Find y In the given figure 2, l || m 3)Find x 4)Find y 5)Find z 6)Find w Figure.

pchscalculus.weebly.compchscalculus.weebly.com/uploads/8/1/8/4/81840438/derivatives_extra... · + Sin x 1 + sin x 1 — cos x Y = x 2x+1 Y = sec x tan x Find the derivative of y —

pchscalculus.weebly.compchscalculus.weebly.com/uploads/8/1/8/4/81840438/derivatives_extra... · + Sin x 1 + sin x 1 — cos x Y = x 2x+1 Y = sec x tan x Find the derivative of y —

QUADRANT I THE UNIT CIRCLE. REMEMBER Find the length of the missing side: 1 1 1 x y x y x y Aim: Use the unit circle in order to find the exact value.

QUADRANT I THE UNIT CIRCLE. REMEMBER Find the length of the missing side: 1 1 1 x y x y x y Aim: Use the unit circle in order to find the exact value.

..., where x G R. Does the relation {(x,y) = Ixl, R) define a function? Find its range. —x if x < 0 Find the 12th term of the A.p.x/î Find a quadratic polynomial with zeros at x

..., where x G R. Does the relation {(x,y) = Ixl, R) define a function? Find its range. —x if x < 0 Find the 12th term of the A.p.x/î Find a quadratic polynomial with zeros at x

Find the x and y-intercepts from the graph. Find the intercepts and state domain and range.

Find the x and y-intercepts from the graph. Find the intercepts and state domain and range.

Find the x-intercept, y-intercept and slope x-intercept = ____ y-intercept = ____ Slope = _____.

Find the x-intercept, y-intercept and slope x-intercept = ____ y-intercept = ____ Slope = _____.

Radicals Find x and y intercepts...Find x and y intercepts Radicals tuesday 3.4 slope int alg.notebook 2 October 25, 2016 Spiral Review due Friday tuesday 3.4 slope int alg.notebook

Radicals Find x and y intercepts...Find x and y intercepts Radicals tuesday 3.4 slope int alg.notebook 2 October 25, 2016 Spiral Review due Friday tuesday 3.4 slope int alg.notebook