Answer:
a) The dependent variable is defined as the variable that is being tested. The dependent variable here is the percentage of children who collected extra candy.
b) The data does not support the hypothesis 1 of the psychologist which states that the children would take more candy when they were alone. In the graph, percentage of children that took extra candy was higher when they were in group than when they were alone.
The data supports the hypothesis 2, which states that the children would take more candy when they were masked. From the graph, the percentage of children who took extra candy was higher when they were masked than when when they were unmasked.
c) The psychologist cannot generalize her findings to all children because she didn't use a random sampling procedure and she used children only from her neighborhood which doesn't represent the general population of children.
d) This study is not a naturalistic behaviour because the psychologist is dealing with subjects. She may also choose to manipulate the variables. Therefore we cannot call this study a naturalistic behaviour.
e) Modeling: This may play a role in the children's behaviour because the children may try to imitate what others did. The children may take extra candy because they saw others collecting extra candy.
Deindividuation: Here, the children's behaviour may be influenced by a feeling of anonymity. The children may take extra candy because they feel anonymous. Deinvuduated children feel anonymous due a feeling of loss of identity.
This explains why the percentage of chidren who took extra candy when in group was higher than that of the children who were alone.
Note: The graph is attached
Answer: act as the major excitatory cells in the central nervous system
explanation:
glial cells are non-neuronal cells in the central nervous system and the peripheral nervous system that do not produce electrical impulses. Maintains homeostasis, form myelin, and provide support and protection for neurons
Hello,
The answer to #18 will be 4 since for every x-value, the y-value increases by 0.5. It's just that they skip some of the x-values tricking you.
So, let's use the first column set of answers to find the price for 4 tickets WITHOUT the service fee. If the service fee is $8.50, we need to subtract that from the total amount $56.50 to find out the prices for the tickets without the service fee: $48.00
Divide that by 4 so you can find out the number for just one ticket and you'll find that it costs $12.00 for a ticket without the service fee.
Now finding how much a single ticket costs, let's plug it in:
9 x $12.00 = $108.00 AND now you have to add the $8.50 as the service fee:
$108.00 + $8.50 = $116.50 dollars
Hope this helps!
May