The main use for the golden ratio is its aesthetic appeal - in art and architecture. Rectangles with the golden ratio as their aspect appeal to the human mind (for some reason). So various aspects of the Parthenon in Athens, for example, have dimensions whose ratio is phi. Phi is closely related to the Fibonacci sequence: the ratio of successive terms of the sequence approaches phi and so, just like the Fibonacci sequence, phi appears in many natural situations. However, there is no particular application based on phi.
(a+b)/a=a/b=phi (the golden ratio, as defined) (a+b)/a=phi (we'll solve this equation) 1+b/a=phi (just changing the form of the left side a little) 1+1/phi=phi (a/b=phi so b/a=1/phi) phi+1=phi2 (multiply both sides by phi) phi2-phi-1=0 (rearrange) From here, we can use the quadratic equation to find the positive solution: phi=(-b+√(b2-4ac))/(2a) phi=(1+√(1+4))/2 phi=(1+√5)/2≈1.618
It is the set comprising the following 4 elements:phi,{phi},{{phi}} and{phi, {phi}}
cos(phi - 1) = cos(phi)cos(1) + sin(phi)sin(1)
I don't know the exact numbers without using a calculator but they aproach phi, 1.6180339..., if that helps you at all. All sequences that use the formula Xn-1+Xn-2= Xn approach phi.
phi
In terms of the Health Insurance Portability and Accountability Act, PHI stands for "Protected Health Information". This is the sensitive health information that, under the law, requires a release from you in order for a medical institution to share it with someone else. The terms and restrictions are legally defined by the HIPAA Act of 1996 (which specifies "health information" and "Individually identifiable health information") and 45 CFR 160.103 (which defines PHI in terms of "Individually identifiable health information").
The main use for the golden ratio is its aesthetic appeal - in art and architecture. Rectangles with the golden ratio as their aspect appeal to the human mind (for some reason). So various aspects of the Parthenon in Athens, for example, have dimensions whose ratio is phi. Phi is closely related to the Fibonacci sequence: the ratio of successive terms of the sequence approaches phi and so, just like the Fibonacci sequence, phi appears in many natural situations. However, there is no particular application based on phi.
Delta Phi was created on 1827-11-17.
(a+b)/a=a/b=phi (the golden ratio, as defined) (a+b)/a=phi (we'll solve this equation) 1+b/a=phi (just changing the form of the left side a little) 1+1/phi=phi (a/b=phi so b/a=1/phi) phi+1=phi2 (multiply both sides by phi) phi2-phi-1=0 (rearrange) From here, we can use the quadratic equation to find the positive solution: phi=(-b+√(b2-4ac))/(2a) phi=(1+√(1+4))/2 phi=(1+√5)/2≈1.618
The cast of Phi-Phi - 1927 includes: Rita Jolivet as Madame Fidias
It is the set comprising the following 4 elements:phi,{phi},{{phi}} and{phi, {phi}}
cos(phi - 1) = cos(phi)cos(1) + sin(phi)sin(1)
The island of Ko Phi Phi is located in Thailand. Specifically, this island is located between Phuket and the Andaman Sea which sits west of the mainland. Ko Phi Phi is in the Krabi province.
The Phi Phi islands are found in Thailand. They are located between another island, Phuket, and the Andaman sea to the west. They belong to the Krabi province of Thailand.
Phi Sigma Sigma was created on 1913-11-26.
I don't know the exact numbers without using a calculator but they aproach phi, 1.6180339..., if that helps you at all. All sequences that use the formula Xn-1+Xn-2= Xn approach phi.