Question

Find the hyperbolic equation 8) Foci F(±4, 0) and asymptotes y = ± [x√(14) / √(2)]...

Find the hyperbolic equation

8) Foci F(±4, 0) and asymptotes y = ± [x√(14) / √(2)]


9) Foci F(0, ±√(19)) and asymptotes y = ± [2x√(3) / √(7)]


10) Foci F(±11, 0) and asymptotes y = ± [2x√(10) / 9]

Math   Advanced-Math   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
An equation of a hyperbola is given. x^2/ 9 - y^2//49=1 (a) Find the vertices, foci,...
An equation of a hyperbola is given. x^2/ 9 - y^2//49=1 (a) Find the vertices, foci, and asymptotes of the hyperbola. (Enter your asymptotes as a comma-separated list of equations.) vertex (x, y) = (smaller x-value) vertex (x, y) = (larger x-value) focus (x, y) = (smaller x-value) focus (x, y) = (larger x-value) asymptotes     (b) Determine the length of the transverse axis. (c) Sketch a graph of the hyperbola.
Find the (a) center, (b) foci, and (c) asymptotes of the hyperbola. 6.) 6x^2-y^2-48x+6y-9=0
Find the (a) center, (b) foci, and (c) asymptotes of the hyperbola. 6.) 6x^2-y^2-48x+6y-9=0
Analyze and plot the graph of f(x)= x^4/2 - 2x^3/3. for this, find; 1) domain of...
Analyze and plot the graph of f(x)= x^4/2 - 2x^3/3. for this, find; 1) domain of f: 2)Vertical asymptotes: 3) Horizontal asymptotes: 4) Intersection in y: 5) intersection in x: 6) Critical numbers 7) intervals where f is increasing: 8) Intervals where f is decreasing: 9) Relatives extremes Relatives minimums: Relatives maximums: 10) Inflection points: 11) Intervals where f is concave upwards: 12) intervals where f is concave down: 13) plot the graph of f on the plane:
Hyperbolas 4(y - 1)^2 - (x + 4)^2 - 36 =0 state the 2 vertices of...
Hyperbolas 4(y - 1)^2 - (x + 4)^2 - 36 =0 state the 2 vertices of the hyperbola find the focal length (c), the distance from the center to foci. state the foci find the equation of the 2 asymptotes
Match each equation with its name. (calculus 3) (x/7)^2-(y/9)^2=z/4 (x/7)^2-y/9+(z/4)^2=0 −x/7+(y/9)^2+(z/4)^2=0 (x/7)^2+(y/9)^2=(z/4)^2 (x/7)^2+(y/7)^2+(z/7)^2=1 Hyperbolic paraboloid Elliptic...
Match each equation with its name. (calculus 3) (x/7)^2-(y/9)^2=z/4 (x/7)^2-y/9+(z/4)^2=0 −x/7+(y/9)^2+(z/4)^2=0 (x/7)^2+(y/9)^2=(z/4)^2 (x/7)^2+(y/7)^2+(z/7)^2=1 Hyperbolic paraboloid Elliptic paraboloid on x axis Cone on z axis Elliptic paraboloid on y axis Sphere
. Find a cubic function f(x) with roots x = 4, x = 1, x =...
. Find a cubic function f(x) with roots x = 4, x = 1, x = −2 and f(1) = 16. 3. Sketch the graph of f(x) = (x − 2)/x^2−3x−4 showing zeros, intercepts, and asymptotes. 4. Assume that world population(in billions of people) in t years since 2016 is given by y = 7.7e^0.01t . When will the population reach 9 billion? 5. Solve for x: log3 (x + 2) + log3 (x − 4) = 3. 6. Show...
find the vertices,foci and asymptotes of the hyperbola and sketch its graph y^2/25-x^2/9=1 show all work...
find the vertices,foci and asymptotes of the hyperbola and sketch its graph y^2/25-x^2/9=1 show all work and step
the verteces of an ellipse are V(0+/-3) and the foci are F(0,+/-2) find its equation.
the verteces of an ellipse are V(0+/-3) and the foci are F(0,+/-2) find its equation.
1. 4(x+1)^2+5(x+1)-8 = 4(-x)^2+5(-x)-8= 4(x^3)^2+5(x^3)-8= 2. f(x)= { x^2 if x<0.   x+9 if x>=0} f(-2) =...
1. 4(x+1)^2+5(x+1)-8 = 4(-x)^2+5(-x)-8= 4(x^3)^2+5(x^3)-8= 2. f(x)= { x^2 if x<0.   x+9 if x>=0} f(-2) = f(-1) = f(0)= f(1)= f(2)= 3. f(x)= {x^2 +8x if x<= -1. X If -1< x<=1. -1 if x>b1} F(-3)= F(-3/2)= F(-1) = F(40) = 4. F(x)= 6x-7 f(2x)= 2f(x)=
find a function whose graph has the given asymptotes x=-8, x=3, and y=8 a) f(x)= 8x^2...
find a function whose graph has the given asymptotes x=-8, x=3, and y=8 a) f(x)= 8x^2 / x^2+5x-24 b) f(x)= 8x^2 / x^2-5x-24 c) f(x)= x^2+8 / x^2+5x-24 d) f(x)= x^2+8 / x^2-5x-24
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT