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Lacey Rojas 2022-08-14How many iterations must I do for getting signs after floating point in calculating square root by Newton's method?
tamkieuqf 2022-08-09Prove: if a function is linear for example , then after one iteration of Newton's method I can find the -value such that . In this case, after one iteration .
Luciano Webster 2022-07-22Examples of when Newton's Method will fail?
Newton's method eventually gets into the never ending cycle, bouncing between the same two approximations and .
Newton's method eventually gets into the never ending cycle, bouncing between the same two approximations and .
capellitad9 2022-07-20If we are using Newton's method (or gradient descent), how do we find a maximum instead of a minimum?
Roselyn Daniel 2022-07-19Use Newton's method to find the roots of
for , , and .
for , , and .
Vorbeckenuc 2022-07-18How calculate programs/packages like Matlab, Python/scipy, ...the inverse jacobian for multidimensional Newton's method?
mohanty59supriya 2022-07-16Prove that if x is a rational number and y is an irrational number,then x+y is an irrational number. If in addition, x≠0, then show that xy is an irrational number.
Prove that if x is a rational number and y is an irrational number,then x+y is an irrational number. If in addition, x≠0, then show that xy is an irrational number.
Riya Jenner2022-06-20Define a relation T on R as follows: for all x and y in R, x T y if and only if 
x2=y2.
Then T is an equivalence relation on R.
(a) Prove that T is an equivalence relation on R.
(b) Find the distinct equivalence classes of T.
Define a relation T on R as follows: for all x and y in R, x T y if and only if x2=y2.
Then T is an equivalence relation on R.
(a) Prove that T is an equivalence relation on R.
(b) Find the distinct equivalence classes of T.
mohanty59supriya 2022-05-01Find a vector function F whose graph is the curve of intersection of the hemisphere z=√4-x^2-y^2 and the curve y=x^2.
Find a vector function F whose graph is the curve of intersection of the hemisphere z=√4-x^2-y^2 and the curve y=x^2.
For what value of c, is the function continuous on (−∞, ∞)
f(x)={𝑐𝑥^2+2𝑥 𝑖𝑓 𝑥<2
𝑥^3−𝑐𝑥 𝑖𝑓 𝑥 ≥2
For what value of c, is the function continuous on (−∞, ∞)
f(x)={𝑐𝑥^2+2𝑥 𝑖𝑓 𝑥<2
𝑥^3−𝑐𝑥 𝑖𝑓 𝑥 ≥2
Consider a category five hurricane that has a maximum wind speed of 160 mph at the eye wall, 10 miles from the center of the hurricane. If the flow in the hurricane outside of the hurricane’s eye is approximated as a free vortex, determine the wind speeds at locations 20 mi, and 40 mi from the center of the storm.
Consider a category five hurricane that has a maximum wind speed of 160 mph at the eye wall, 10 miles from the center of the hurricane. If the flow in the hurricane outside of the hurricane’s eye is approximated as a free vortex, determine the wind speeds at locations 20 mi, and 40 mi from the center of the storm.
The velocity components in an incompressible, two-dimensional flow field are given by the equations u = x^2 and v=-2xy + x. Determine, if possible, the corresponding stream function.
Layne Massey 2022-02-12How do you convert 2.7 meters per second to feet per minute?
ku3sump8 2022-02-12If a swimmer swims 85.4 yards in 5 minutes. How many meters will he swim in 70.0 seconds?
jkminzeszjt 2022-02-11Point R is on line segment QR. Given QR=3x-8, QS=3x, and RS=2x, determine the numerical lenght of RS.
Point R is on line segment QR. Given QR=3x-8, QS=3x, and RS=2x, determine the numerical lenght of RS.
Abril Wiggins 2022-02-10How do you figure out how many cups are in 6 liters using dimensional analysis?
Ishaan Mcneil 2022-02-09How do you use dimensional analysis to figure out how many seconds are in 4 years?
