<span>On the other extreme, </span>operant conditioning<span> is one that is based on voluntary behaviour, i.e. active responses of the organism. </span>In classical conditioning<span>, the responses of the organism, are under the control of the stimulus, whereas </span>in operant conditioning<span>, the responses are controlled by the organism.</span>
Harry Smith resident of Texas, Happy Homes a Texas corporation, and Sonia Martinez a Texas attorney.
Answer:
True!
Explanation:
Think of all the foreign trade between the hundreds of countries, usually separated by ocean or river...Also, most famously, boats use waterways as transportation for people!
Answer:
c. temporal precedence
Explanation:
Temporal precedence is one among the three criterias that leads to a cause and effect relationship.
A temporal precedence entails that the criteria for assessing causation is that the causal variable must Precede the effect it is supposed
to cause.
This simply implies that the cause must come before the effect.
Hence, Mida trying to ensure that the cause of low grade was because of social, and making sure that social media comes before low grade. This is putting the cause of the low grade before the effect.
Therefore, the experiment is an example of temporal precedence research.
The region that's most likely at risk for a tornado is Tornado Alley. Tornado Alley consists of these U.S. states: Texas, Oklahoma, Kansas, South Dakota, Iowa, Illinois, Missouri, Nebraska, Colorado, North Dakota, and Minnesota. These states unfortunately are at the most risk of tornadoes. This is because the region allows cold air (from Canada) meet with moist and warm air (from the Gulf of Mexico), so it's soon in between two the air-masses that most tornadoes eventually form.
The region most at risk for hurricanes are states along the South; the most common places at risk are Texas, Florida, and Louisiana. You're more likely to get hit by a hurricane in these states. This is because of the mere influence from low pressure systems that cause high wind speeds on tropical systems.