Based on your work in the spreadsheet, write a function that gives the time to send instructions to the rover on Mars, and then see the result of those instructions back on Earth. As you've seen, the distance from Mars to Earth changed over a year. But each year is different. The distance from Earth to Mars ranges from about 0.376 AU to 2.677 AU. Use the function you wrote to figure out the minimum and maximum signal times at those distances.
Next, comment on ways you think scientists and engineers have to design and communicate with spacecraft and rovers to deal with the delay in signal time.

You are shooting hoops after school and make 152 out of a total of 200. what percent of shots did you make? what percent did you miss? show proportion(s).

Can someone tell me if this is perpendicular? !

Ahigh-altitude spherical weather balloon expands as it rises, due to the drop in atmospheric pressure. suppose that the radius r increases at the rate of 0.02 inches per second, and that r = 36 inches at time t = 0. determine the equation that models the volume v of the balloon at time t, and find the volume when t = 360 seconds. v(t) = 4π(0.02t)2; 651.44 in3 v(t) = 4π(36 + 0.02t)2; 1,694,397.14 in3 v(t) = four pi times the product of zero point zero two and t to the third power divided by three.; 4,690.37 in3 v(t) = four pi times the quantity of thirty six plus zero point zero two t to the third power divided by three.; 337,706.83 in3