The orbital speeds of asteroids and their distance from the sun are related. In the accompanying table, a represents orbital speed, in kilometers per second, and y
represents the distance from the sun, in millions of kilometers. Write a power
regression equation for this set of data, rounding all coefficients to the nearest ten-
thousandth. Using this equation, find the orbital speed, to the nearest tenth of a
kilometer per second, of an asteroid 278 million km from the sun.
Orbital Speed Distance from Sun
Ok

If a boat travels 3 miles in 1.5 hours how far will it travel in 1 hour

James wants to promote his band on the internet. site a offers website hosting for $4.95 per month with a $49.95 startup fee. site b offers website hosting for $9.95 per month with no startup fee. for how many months would james need to keep the website for site a to be a better choice than site b? define a variable for the situation. write an inequality that represents the situation. solve the inequality to find out how many months he needs to keep the website for site a to be less expensive than site b. using words, describe how many months he needs to keep the website for site a to be less expensive than site b.

Enter the missing numbers in the boxes to complete the table of equivalent ratios.time (min) distance (km)? 36 9? 1512 ?