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Module 3 Field Notes
SPE 560: Behavior Change Procedures
Alexis Campbell
March 31, 2024
2
List at least two tasks from the BACB Task List Fifth Edition and at least one item from the BACB Ethics Code for Behavior Analysts that are related to the module:
G-4: Use stimulus and response prompts and fading (e.g., errorless, most-to-least, least-
to-most, prompt delay, stimulus fading).
G-9: Use discrete-trial arrangement.
●
2.18 Continual Evaluation of the Behavior-Change Intervention
During module 3 we learned about the use of stimulus and response prompts, as well as prompt fading procedures, aligning with BACB task list item G-4. Stimulus prompts, which operate on the discriminative stimulus, include emphasizing or exaggerating the stimulus, where-
as response prompts specifically act to cue a response. Another task list item aligning with this module is G-9: Using discrete-trial arrangement (BACB, 2017, p.4). Discrete-trial training, or DTT, is a method of instruction which includes simple trials in which correct responses are reinforced, while incorrect responses are typically met with error correction procedures. According to ethics code 2.18: Continual Evaluation of the Behavior-Change Intervention, “If data indicate that desired outcomes are not being realized, they actively assess the situation and take appropriate corrective action.” (BACB, 2014). This concept applies to the use of prompts as discussed throughout the module, and the importance of adjusting the fading/increased use of prompts according to how each individual learner responds to said prompts.
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19
What would the DEPT-90 and DEPT-135 experiments look like for the following
compound?
DEPT-90: 6 up. 0 down, DEPT-135: 8 up, 5 down
DEPT-90: 6 up, 0 down, DEPT-135: 8 up, 1 down
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a.
7. Dh;Cb
Rq2
Dh +
Rq,Cb
a. type of reaction
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H20
-OH
H30*
(1) XS LIAIH4
(2) H2O
HO,
он
(1) XS CH;MgBr
(2) H20
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A) R₁ R₂
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D)
je
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Jo
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co-factor?
mechanism?
co-factor?
mechanism?
co-factor?
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A student dissolve 1.0 g of a mixture containing benzoic acid, p-methylaniline and
cholobenzene in 20.0 mL of 10% HCL solution. After separating two layers, he added 10%
red
NaOH to the aqueos layer until basic to litmus paper. The Precipitate formed is:
1.00
on
O a. chlorobenzene
O b. p-methylaniline and benzoic acid
O c. p-methylaniline
Od benzoic acid
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The u receptors are a class of opioid receptors. The binding affinity of several compounds is shown below:
Compound
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600 nM
H
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e. urea
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M
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c. 1.2 x 10
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d. 0.8 x 10
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Peardeck Exercises
Use #3.
Nitol6) + 3 Fa(6)Z NF(1) + 3 HF(G)
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Project 3 - kinetics
The data below was collected with an enzyme, at a concentration of 10 nM, in the
presence and absence of 20 µM inhibitor.
µM S
0.21000
k w/ 20 µM Inh
3.464
k sec!
4.1
0.21000
4.2
3.2
0.43000
6.9
5.50
9.82
10.2
0.87000
0.87000
1.3800
1.3800
7.67
7.71
11.556
10.98
8.95
9.01
9.76
2.0800
12.24
2.0800
11.86
9.89
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Veek 6 Homework # 6
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The hydrogen gas formed in a chemical reaction is collected over water at 30 °C at a total pressure of 732 mm Hg . The vapor pressure
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deos
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Express your answer in millimeters of mercury to three significant figures.
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0.32
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28
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70
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sp
sp?
sp3
sp3
109.5°
'H.
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H
109.5°
120°
180°
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Previous Answers Request Answer
X Incorrect; Try Again; One attempt remaining
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Question 18
Consider the following reaction mechanism:
CH3OH(ag) + H*(ag) – CH3OH2*(ag)
CH;OH2*(ag) + Br(ag) → CH3Br(ag) + H2O(1)
Identify each species appropriately from the list below.
Question 18 options:
CH;Br(ag)
CH;OH(ag)
1.
reactant
H2O(1)
2.
product
H*(ag)
3.
intermediate
Br(ag)
4.
catalyst
CH;OH2*(ag)
Question 19
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10. Identify the structural effect/s present on the given molecule:
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It is known that the activity of penicillin declines over several weeks when it is stored at room temperature in the absence of stabilizers. The following
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reaction.
Time in weeks
0
5.0
10.0
15.0
20.0
25.0
30.0
Concentration of
Penicillin in Molarity
0.076
0.046
0.020
0.010
0.0050
0.0020
0.0010
a. Show all your work, what is the average rate of the reaction?
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Time (sec)
PH
[RX]
[H30+]
Ln[RX]
0.000
7.000
0.00002344
0.0000001
-10.6610666
15.000
6.400
0.00001954
0.00000039
-10.8430469
30.000
5.410
0.00001955
0.00000389
-10.8425353
45.000
5.230
0.00001756
0.00000588
-10.94988696
60.000
5.070
0.00001493
0.00000851
-11.11213794
75.000
4.920
0.00001142
0.00001202
-11.3801444
90.000
4.840
0.00000899
0.00001445
-11.6193977
105.000
| 4.780
0.00000685
0.00001659
-11.8912619
120.000
4.750
0.00000566
0.00001778
-12.08208666
135.000
4.720
0.00000439
0.00001905
-12.33618133
150.000
4.700
0.00000349
0.00001995
-12.56569882
165.000
4.670
0.00000207
0.00002137
-13.08796195
180.000
4.670
0.00000207
0.00002137
-13.08796195
195.000
4.660
0.00000157
0.00002187
-13.3644349
210.000
4.650
0.00000061
0.00002283
-14.30980687
225.000
4.650
0.00000061
0.00002283
-14.30980687
240.000
4.640
0.00000061
0.0000229
-14.30980687
255.000
4.640
0.00000061
0.0000229
-14.30980687
270.000
4.640
0.00000061
0.0000229
-14.30980687
285.000
4.630
0.00002344
Undefined
300.000
4.630…
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When the paramagnetic species are very
close together, or are separated by a species
that can transmit magnetic interactions, this
will give rise to
а.
magnetically dilute species.
b.
ferromagnetism or antiferromagnetism.
С.
only antiferromagnetism.
d.
only ferromagnetism
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