A astronomers on planet zog whose sun is 14 x 1011 m away

Reference no: EM13626039

A) Astronomers on planet Zog whose sun is 1.4 x 10^11 m away, measure their solar flux to be 1250 W/m^2. What is their sun's total energy output?

B) The astronomers on Zog find that their sun's spectrum agrees with that of a blackbody of temperture 5500 K. What is the radius of their sun?

C) Astronomers on Earth observe a radiant power of 10.6 x 10^-9 W/m^2 for the star which is the sun for planet Zog. How far away is this from Earth in m?

D) Astronomers would more likely report this distance in parsecs. How far away is it in parsecs?

Reference no: EM13626039

Questions Cloud

Use graphical sensitivity analysis to determine at what : use graphical sensitivity analysis to determine at what probability you are indifferent to d1 and d2?state of

A current-carrying wire is in a mangentic feild with the : a current-carrying wire is in a mangentic feild with the directon of the current parallel to that of the field.a. the

Over how many pixels will a green 500 nm quantum dot appear : the size of a pixel on an electron-multipler ccd camera is 17 microns. we want to find the position of quantum dots

If the motorist wishes to pass the light without stopping : a motorist is traveling 72km h when she observes that a traffic light 320m ahead of her turns red. the traffic light

A astronomers on planet zog whose sun is 14 x 1011 m away : a astronomers on planet zog whose sun is 1.4 x 1011 m away measure their solar flux to be 1250 wm2. what is their suns

If we want the image of a quantum dot to take up about 3x3 : the size of a pixel on an electron-multipler ccd camera is 0.17 micrometers. we want to find the position of quantum

Calculate the number of vacancies per cubic meter in some : calculate the number of vacancies per cubic meter in some metal at 689degc. the energy for vacancy formation is 0.75

Given the following table of payoffs use sensitivity : given the following table of payoffs use sensitivity analysis to determine at what probability or more you would select

If the total electric current reaching the earths surface : 1. if the total electric current reaching the earths surface is nearly constatnt at 1000 a approximately how much

User Account

All Pages