The trouble with option 2 was that the venting might push the fuel to an unstable condition. or, another possible outcome of the “burping”: what if the landing gear hadn’t deployed correctly? could any movement, or any resulting burst—no matter how small—tip the lm over? many a voice in the debate thought the safest option was to abort—now! but that opinion was quickly overruled by the grumman and nasa leadership (who were confident of the landing gear), and the consensus of the leaders was that it would be safe to gently, gently burp the engine. which detail from the excerpt best identifies a problem?

The quote would be the one the one

I'm not going to write 150 words lol, but i will you with giving you examples of how they kept the animal population from revolting. napoleon made a list of rules, and told everyone how "important they are even though he was known to break them and then have them changed by the only animal who could read on the farm. none of the animals were intelligent enough to read, so they never knew if they had been changed or not which was an advantage to napoleon. napoleon constantly reminded them that if they revolted they would have to go back to mr. jones' way of things, which in retrospect was "worse" (wasn't really worse though, he was just saying that to intimidate since he didn't wanna lose his power). one of the main reasons they revolted in the first place was food, and of course if they revolt napoleon will not share food with them.

The slope of a linear equation is equal to the change in the value of the dependent variable divided by the change in the value of the independent variable. in this problem, the dependent variable is the profit while the independent variable is the worker's average pay. if the profit is said to increase by 1500 when worker's average pay decrease by 450, the slope is equal to 1500/(-450)=-3.33