The only ones that apply are:
The FCC created the doctrine to make sure that broadcast networks met their obligation to the public by giving time to viewpoints other than their own and those they agreed with.
The FCC created the doctrine to keep broadcast media from being too one-sided and assure that all viewpoints received equal opportunity in the media.
The Fairness Doctrine (1949–1987) is a policy developed by the FCC (Federal Communications Commission) which required licensed radio and television broadcasters to cover controversial issues of interest to their communities, including by devoting equal airtime to opposing points of view.
Answer:
D. Or C.
Explanation:
Make sure that the reader would understand the letter and make sure to illustrate your topic
Answer:
What is the author's position?
What reasons does the author give to support their position?
Are there any flaws in the author's logic?
Do you agree or disagree with the author's argument or perspective? Why?
What is your position on this topic?
Explanation:
You should also remember these 5 when evaluating.
Authority. Who is the author or creator (who is responsible for the intellectual content) and what are his or her credentials? ...
Accuracy/Quality. Is the information provided specific? ...
Objectivity. ...
Currency. ...
Coverage.
On a May night last year, Snitch gathered his surveillance1 team in a wild corner of South Africa. They waited until well after sunset before stealthily beginning their mission. Using a catapult2 powered by a bungee cord, the experts launched a small airplane over the deep and dark landscape, thick with acacia trees sporting 5-centimeter (2-inch) thorns.
Their robotic aircraft — or drone — is about as long as a bicycle and sports a 2.4-meter (8-foot) wingspan. In recent years, scientists have begun putting drones in the air to do many kinds of groundbreaking research. Drones carry no pilot, passengers or crew. They are often small and light. Some fly like an airplane, others like a helicopter or a blimp. Drones may fly autonomously (along a preprogrammed path) or under the control of a pilot on the ground.
That night in South Africa, Snitch and his team flew their drone by remote control over Kruger National Park. High in the sky, and under the cover of darkness, the Terrapin 1 flew undetected over the landscape. Though unseen, it could see perfectly. The experts scanned the ground using a special camera attached to their drone. This camera was designed to see anything that gives off heat, including elephants, rhinos — and people
Cheerful, happy, and joyful.
