Answer:
A schedule of delivering reinforcement in which the number of correct responses required before reinforcer delivery gradually increases. For example, a student might get a candy completing 3 math problems correctly, then be required to solve 5 math problems correctly for a candy, then seven corrects etc.
Well, I'm not sure if this will help, but I might be able to explain what it's asking. All it is asking is to research two generals in the revolutionary war, and to say how they preferred to attack the enemy. For example, some generals preferred to attack head on while others attacked secretly. Then, it asks for you to tell what their job was in the war. Were they a patriot or a red coat? Did they command part of the army in a major battle, or are perhaps more famous for providing help to troops before becoming a part of the army? If you need help on who to research, finding some pretty famous generals should work, as they will have the most information on them. Some that I found to be really interesting are Baron Von Steuben, Nathanael Greene, Charles Lee... that's just the patriots, and there's plenty more on both sides. I hope this helps!
"The Glossopteridales (Glossopteris fossils) occur on the most landmasses. Their distribution across several detached landmasses led scientists to believe that these were once merged into a single supercontinent, Pangea. Their wide distribution suggests that the continents were still together in the times of their existence (298.9 millions of years ago-252.17 millions of years ago). Scientific evidence suggests that Pangea did indeed split after this, 175 million years ago." Credit goes to MaximS who answered the same question on
brainly.com/question/29296.
If you are driving 30 mph under ideal conditions , and you see a problem, you can stop in less than 100 feet. Hence, option D is correct.
<h3>What is the overall
stopping distance at 20 miles per hour?</h3>
In the 45 feet between perception and reaction, an automobile will move at 20 mph (30 feet per second x 1.5 seconds). After applying the brakes, the vehicle travels 64 feet in total, or around 19 feet, before coming to a stop.
When moving at less than 40 mph, you must maintain a minimum of one second of separation for every 10 feet your vehicle is long, according to the rule of seconds. If your speed is greater than 40 mph, add a second.
Thus, option D is correct.
For more details about stopping distance at 20 miles per hour, click here:
brainly.com/question/27655243
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