Late Adulthood Flashcards
The number of years that will probably be lived by the average person born in a particular year.
A. Life Expectancy
B. Centenarians
C. Social Convoy
A. Life Expectancy
Individuals 100 years and older.
A. Life Expectancy
B. Centenarians
C. Social Convoy
B. Centenarians
A group of people that journeys with us throughout our lives, providing support in good times and bad.
A. Life Expectancy
B. Centenarians
C. Social Convoy
C. Social Convoy
Number of years a person can expect to live.
A. Longevity
B. Average Life Expectancy
C. Useful Life Expectancy
D. Maximum Life Expectancy
A. Longevity
The age at which half of the people born in a particular year will have died.
A. Longevity
B. Average Life Expectancy
C. Useful Life Expectancy
D. Maximum Life Expectancy
B. Average Life Expectancy
The number of years that a person is free from debilitating chronic disease and impairment.
A. Longevity
B. Average Life Expectancy
C. Useful Life Expectancy
D. Maximum Life Expectancy
C. Useful Life Expectancy
The oldest age at which any person lives.
A. Longevity
B. Average Life Expectancy
C. Useful Life Expectancy
D. Maximum Life Expectancy
D. Maximum Life Expectancy
States that natural selection has not eliminated many harmful conditions and nonadoptive characteristics in older adults; thus, the benefits conferred by evolutionary theory decline with age because natural selection is linked to reproductive fitness.
A. Evolutionary Theory of Aging
B. Cellular Clock Theory
C. Free-Radical Theory
D. Mitochondrial Theory
E. Hormonal Stress Theory
A. Evolutionary Theory of Aging
Leonard Hayflick’s theory that the maximum number of times that human cells can divide is about 75 to 80. As we age, our cells have less capability to divide.
A. Evolutionary Theory of Aging
B. Cellular Clock Theory
C. Free-Radical Theory
D. Mitochondrial Theory
E. Hormonal Stress Theory
B. Cellular Clock Theory
a microbiological theory of aging that states that people age because inside their cells normal metabolism produces unstable oxygen molecules known as free radicals. These molecules ricochet around inside cells, damaging DNA and other cellular structures.
A. Evolutionary Theory of Aging
B. Cellular Clock Theory
C. Free-Radical Theory
D. Mitochondrial Theory
E. Hormonal Stress Theory
C. Free-Radical Theory
the theory that aging is caused by the decay of mitochondria, tiny cellular bodies that supply energy for function, growth, and repair.
A. Evolutionary Theory of Aging
B. Cellular Clock Theory
C. Free-Radical Theory
D. Mitochondrial Theory
E. Hormonal Stress Theory
D. Mitochondrial Theory
The theory that aging in the body’s hormonal system can lower resistance to stress and increase the likelihood of disease.
A. Evolutionary Theory of Aging
B. Cellular Clock Theory
C. Free-Radical Theory
D. Mitochondrial Theory
E. Hormonal Stress Theory
E. Hormonal Stress Theory
The generation of new neurons, research indicates that exercise and an enriched, complex environment can generate new brain cells in rats and mice, and that stress reduces their survival rate.
A. Neurogenesis
B. Cataracts
C. Glaucoma
D. Macular Degeneration
A. Neurogenesis
involve a thickening of the lens of the eye that causes vision to become cloudy, opaque, and distorted. By age 70, approximately 30 percent of individuals experience a partial loss of vision due to cataracts. Initially, cataracts can be treated by glasses; if they worsen, a simple surgical procedure can remove them.
A. Neurogenesis
B. Cataracts
C. Glaucoma
D. Macular Degeneration
B. Cataracts
involves damage to the optic nerve because of the pressure created by a buildup of fluid in the eye.
A. Neurogenesis
B. Cataracts
C. Glaucoma
D. Macular Degeneration
C. Glaucoma
Is a disease that involves deterioration of the macula of the retina, which corresponds to the focal center of the visual field. Individuals with macular degeneration may have relatively normal peripheral vision but are unable to see clearly what is right in front of them.
A. Neurogenesis
B. Cataracts
C. Glaucoma
D. Macular Degeneration
D. Macular Degeneration
Inflammation of the joints that is accompanied by pain, stiffness, and movement problems, especially common in older adults.
A. Arthritis
B. Osteoporosis
C. Chronic Obstructive Pulmonary Disease (COPD)
D. Parkinson’s Disease
A. Arthritis
chronic condition that involves an extensive loss of bone tissue and is the main reason many older adults walk with a marked stoop. Women are especially vulnerable to osteoporosis.
A. Arthritis
B. Osteoporosis
C. Chronic Obstructive Pulmonary Disease (COPD)
D. Parkinson’s Disease
B. Osteoporosis
the most common form of incapacitating respiratory disease among older adults
A. Arthritis
B. Osteoporosis
C. Chronic Obstructive Pulmonary Disease (COPD)
D. Parkinson’s Disease
C. Chronic Obstructive Pulmonary Disease (COPD)
brain disease known primarily for its characteristic motor symptoms: very slow walking, difficulty getting into and out of chairs, and a slow hand tremor.
A. Arthritis
B. Osteoporosis
C. Chronic Obstructive Pulmonary Disease (COPD)
D. Parkinson’s Disease
D. Parkinson’s Disease
the “hardware” of the mind, reflecting the neurophysiological architecture of the brain. Cognitive mechanics involves the speed and accuracy of the processes involving sensory input, visual and motor memory, discrimination, comparison, and categorization.
A. Cognitive Mechanics
B. Cognitive Pragmatics
C. Cognitive Development
A. Cognitive Mechanics
the culture-based “software programs” of the mind. Cognitive pragmatics includes reading and writing skills, language comprehension, educational qualifications, professional skills, and also the type of knowledge about the self and life skills that help us to master or cope with life.
A. Cognitive Mechanics
B. Cognitive Pragmatics
C. Cognitive Development
B. Cognitive Pragmatics
focusing on a specific aspect of experience that is relevant while ignoring others that are irrelevant.
A. Selective Attention
B. Divided Attention
C. Sustained Attention
D. Psychomotor Speed
A. Selective Attention