Question: Enter all your estimates now in the civilizations calculator At , which uses the Drake equation to figure out how many civilizations there are in the galaxy. The estimate is based on the following simple equation. N_C = (N*) x (Fsun) * (NE) X (FI) x (Fi) x (Ti/Tmw) Click on the Calculate Now button to calculate (N_C).

The estimate is based on the following simple equation. N_C = (N*) x (Fsun) x (NE) x (Fl) x (Fi) x (Ti/Tmw) Click on the Calculate Now button to calculate (N_C). Question 1. Enter your estimates for the value of each variable in the Drake equation, as well as your final estimate of the number of intelligent civilizations in the Milky Way. N ...

Answer to Solved Drake Equation Calculator Chapter 21 22 23 Help Save | Chegg.com

Question: Drake Equation In this exercise we find the number of intelligent civilizations that we could communicate with in the universe. For the grid below. The first step the new total will be the value for that step. For all other steps the NEW TOTAL will be the NEW TOTAL for the line previous times the VALUE FOR THAT STEP.

Question: The Number of Civilizations atEnter all your estimates now in the civilizations calculator, which uses the Drake equation to figure out how many civilizations there are in the galaxy. The estimate is based on thefollowing simple equation.N-C=(N**)×( Fsun )×(NE)×(FI)×(Fi)×(Ti Tmw )PLEASE USE THE NUMBERS THAT ARE PLUGGED IN ...

Your responses shouldbe as clear and as comprehensive as possible. You will need to explainyourself and justify that you understand the question and answercompletely in order to receive full credit.Q1) Try using the Drake Equation with values that you find reasonable (youmight want to research these a bit).

The Drake Equation rate per year of star formation, gent life averaged x systems fraction of average stars having fraction of planetary habitable Xplanets within x thosd planetary systems fraction of those habit- able planets on which life arises fraction of those life- bearing planets on which intelligence evolves fraction of average those intelli- lifetime of a technologi- planets that ...

The Drake equation states that: where: N - the number of extraterrestrial civilizations in our galaxy with which we might expect to be able to The Drake Equation is a way to calculate the number of possible worlds with intelligent life (assuming one knows some of the factors in advance).

Question: Using the Drake Equation, calculate N (number of intelligent, transmitting civilizations in the galaxy) under the following conditions. Rstar = 40 fplanet = 0.5 nplanet = 2 flife = 0.5 fintel = 0.1 fciv = 0.5 Lciv = 2000

Calculate your OWN number for the Drake equation, using and justifying values that you deem appropriate. Then, discuss the chances that another species would have coincided with our current time line; include in the discussion the possibility that an extraterrestrial life form would be want to make contact with humans, and what that contact may look like.