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RESEARCH P

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Psychology

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May 13, 2024

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Package Title: Test Bank Course Title: Derrickson 1e Chapter Number: 9 Question type: Text Entry 1) The process by which sensory receptors convert a stimulus into a graded potential is known as _____. Answer: transduction Difficulty: Easy Bloom’s: Knowledge Learning Objective 1: LO 9.1 Describe the processes and pathways 3involved in the different types of sensations. Learning Objective 2: LO 9.1.1: Explain the events that take place in order for a sensation to occur. Section Reference: 9.1 Overview of Sensation Question type: Multiple Choice 2) What needs to be detected in order for a sensory receptor to be activated? a) a stimulus b) a graded potential c) multiple occurrences of the same event d) an action potential Answer: a Difficulty: Medium Bloom’s: Evaluation Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.1: Explain the events that take place in order for a sensation to occur. Section Reference: 9.1 Overview of Sensation Question type: True/False 3) In order for sensory input to be consciously perceived, the sensory receptor must be located in the brain. Answer: False
Difficulty: Easy Bloom’s: Knowledge Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.1: Explain the events that take place in order for a sensation to occur. Section Reference: 9.1 Overview of Sensation Question type: Multiple Choice 4) When you detect that the temperature is rising, the sensory receptor is stimulated in the _____ nervous system, and the filtering of this information occurs in the _____ nervous system. a) central; central b) central; peripheral c) peripheral; central d) peripheral; peripheral Answer: c Difficulty: Medium Bloom’s: Application Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.1: Explain the events that take place in order for a sensation to occur. Section Reference: 9.1 Overview of Sensation 5) Every day you are bombarded with countless noises and sounds, often simultaneously. What is interesting is that you often only hear what is important to you and other sounds can get “drowned out”. Which part of the sensory integration process is this most similar to? a) filtering which information passes on b) relaying incoming sensory information c) allowing the information to continue as is d) this is not similar to sensory integration Answer: d Difficulty: Hard Bloom’s: Application Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations.
Learning Objective 2: LO 9.1.1: Explain the events that take place in order for a sensation to occur. Section Reference: 9.1 Overview of Sensation Question type: True/False 6) Sensory receptors can be comprised of the dendrites of sensory neurons, or can be cells that synapse onto sensory neurons. Answer: True Difficulty: Easy Bloom’s: Knowledge Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation Question type: Multiple Choice 7) Baroreceptors in the heart monitor the arterial pressure as blood passes to the rest of the body. Which type of receptor are baroreceptors? a) chemoreceptor b) mechanoreceptor c) nociceptor d) fluid receptor e) thermoreceptor Answer: b Difficulty: Medium Bloom’s: Application Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 8) If you hold your breath, carbon dioxide will begin to build up in your blood and creates a desire to breathe. Which type of sensory receptor senses the change in blood carbon dioxide levels? a) chemoreceptor b) mechanoreceptor c) nociceptor
d) photoreceptor e) thermoreceptor Answer: a Difficulty: Medium Bloom’s: Application Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 9) Michael is playing football and collides with another player head to head. At first he feels a dull pain in the back of his head and then he starts to see black spots. Which receptors are activated/affected, respectively? a) chemoreceptor, mechanoreceptor b) mechanoreceptor, photoreceptor c) nociceptor, photoreceptor d) photoreceptor, thermoreceptor Answer: c Difficulty: Medium Bloom’s: Application Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 10) Which of the following would be an adequate stimulus for a chemoreceptor? a) icepack on skin b) sound levels c) sodium levels d) sharp pain Answer: c Difficulty: Medium Bloom’s: Evaluation Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation
11) Alex develops an inner ear infection that temporarily affects his sense of balance. Which sensory receptor is most likely affected by his infection? a) chemoreceptor b) mechanoreceptor c) nociceptor d) photoreceptor e) thermoreceptor Answer: b Difficulty: Medium Bloom’s: Comprehension Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 12) Sharin drank a 30 ounce soda, and now has a very full bladder. Which type of sensory receptor senses the stretch of her full bladder, and what part of sensation processes the information so that she can realize that she needs to go to the bathroom? a) chemoreceptor, transduction b) mechanoreceptor, integration c) mechanoreceptor, transduction d) mechanoreceptor, generation of action potential Answer: b Difficulty: Hard Bloom’s: Application Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 13) Which type of sensory receptors have connective tissue capsules surrounding the peripheral endings? a) chemoreceptor b) mechanoreceptor c) nociceptor d) photoreceptor e) thermoreceptor Answer: b
Difficulty: Easy Bloom’s: Comprehension Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 14) Which of the following senses does NOT communicate via transduction? a) hearing b) smell c) taste d) vision e) All of the choices use transduction. Answer: e Difficulty: Medium Bloom’s: Evaluation Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 15) A receptor potential is a type of a) action potential b) graded potential c) postsynaptic potential d) stimulus Answer: b Difficulty: Easy Bloom’s: Knowledge Learning Objective 1: LO 9.1 Describe the processes and pathways involved in the different types of sensations. Learning Objective 2: LO 9.1.2 Describe the classification of sensory receptors. Section Reference: 9.1 Overview of Sensation 16) When your eyes are exposed to more light, the pupils constrict limiting the amount of light entering the eye, and as a result the photoreceptors in the retina reduce the amplitude of the resulting graded potentials. What is the most likely reason for this response? a) to reduce exposure of photoreceptors to unnecessary sensory information b) to maximize visual clarity by selectively choosing which receptors are activated
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