Answer 4q3f64

NMAT REVIEW: Perceptual Acuity: Module 7 I. Hidden Figures Directions: Each item below is made up of simple figure at the left and five complicated drawings at the right. Select the complicated drawing that contains the simple figure. The hidden figure may appear in a different positions but it must have the same size and shape as the simplest figure. 1.

2.

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6.

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II. Mirror Figures: Directions: Each item below consists of a figure of word followed by five options. Select from the options. Select from the options the mirror image of the given figure or word. 7.

8.

9.

10.

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III: Identical Information Each item below consists of a name, and an address, a bibliographical entry, or a sentence. From the options that follow, select the one that exactly matches the given information in word sequence, spelling, and punctuation. 11. Use as a dietary supplement to help reduce the risk of heart disease & lower bad cholesterol. A. Use as a dietary supplement to help reduce the risk of heart disease & lower bad cholesterol. B. Use as a dietary supplement to help reduce the risk of heart disease and lower bad cholesterol. C. Use as a dietary suplement to help reduce the risk of heart disease & lower bad cholesterol. D. Use as a dietary supplement to help reduce the risk of heart disease & lowers bad cholesterol. E. Use as a dietary supplement to help reduce the risk of heart diseas & lower bad cholesterol. 12. Salapatek, P., Bechtold, A. G., & Bushness, E. W.. (1976). Infant visual acuity as a function of viewing distance. Child Development, 47, 860-863. A. Salapatek, P., Bechtold, A. G., & Bushness, E. W.. (1976). Infant visual acuity as a function of viewing distance. Child Development, 47, 860-866. B. Salapatek, P., Bechtold, A. G., & Bushiness, E. W.. (1976). Infant visual acuity as a function of viewing distance. Child Development, 47, 860-863. C. Salapatek, P., Bechtold, A. G & Bushness, E. W.. (1976). Infant visual acuity as a function of viewing distance. Child Development, 47, 860-863. D. Salapatek, P., Bechtold, A. G., & Bushness, E. W.. (1976). Infant visual acuity as a function of viewing distance. Child Development, 47, 860-863. E. Salapatek, B., Bechtold, A. G., & Bushness, E. W.. (1976). Infant visual acuity as a function of viewing distance. Child Development, 47, 860-863. 13. Ms. Aleixandra W. Shieff, CEO-President, McKannErickson Testing Laboratories, Agham Road, Diliman, Quezon City A. Ms. Aleixandra W. Shieff, CEO-President, McKannErickson Testing Laboratories, Agham Road, Diliman, Quezon City B. Ms. Aleixandra W. Sheff, CEO-President, McKannErickson Testing Laboratories, Agham Road, Diliman, Quezon City C. Ms. Alexandra W. Shieff, CEO-President, McKannErickson Testing Laboratories, Agham Road, Diliman, Quezon City D. Ms. Aleixandra W. Shieff, CEO-President, McKann Erickson Testing Laboratories, Agham Road, Diliman, Quezon City E. Ms. Aleixandra W. Shieff, CEO-President, McKannErickson Testing Laboratories, Agham Road, Dilliman, Quezon City

14. Treatment: Older children 0.6 mL/dose 5-7 times daily; 2-6 yrs. 0.6 mL/dose 3-5 times daily; Infants 0.6 mL/dose 2-3 times daily. A. Treatment: Older children 0.16 mL/dose 5-7 times daily; 2-6 yrs. 0.6 mL/dose 3-5 times daily; Infants 0.6 mL/dose 2-3 times daily. B. Treatment: Older children 0.6 mL/dose 5-7 times daily; 2-6 yrs. 0.6 mL/dose 3-5 times daily; Infants 0.6 mL/dose 2-3 times daily. C. Treatment: Older children 0.6 mL/dose 5-7 times daily; 2-8 yrs. 0.6 mL/dose 3-5 times daily; Infants 0.6 mL/dose 2-3 times daily. D. Treatment: Older children 0.6 mL/dose 5-7 times daily; 2-6 yrs. 0.6 mL/dosage 3-5 times daily; Infants 0.6 mL/dose 2-3 times daily. E. Treatment; Older children 0.6 mL/dose 5-7 times daily; 2-6 yrs. 0.6 mL/dose 3-5 times daily; Infants 0.6 mL/dose 2-3 times daily. 15. Antidiuretic Hormone (ADH) is a hormone released by the posterior pituitary that increases the capacity of the kidney tubules to reabsorb water, thereby reducing urinary output. A. Antidiuretic Hormone (ADH) is a hormone released by the posterior pituitary that increases the capacity of the kidney tubules to reabsorb water, thereby reducing urinary output. B. Antidiretic Hormone (ADH) is a hormone released by the posterior pituitary that increases the capacity of the kidney tubules to reabsorb water, thereby reducing urinary output. C. Antidiuretic Hormone (ADH) is a hormone released by the posterior pituitary that increases the capacity of the kidney tubules to absorb water, thereby reducing urinary output. D. Antidiuretic Hormone (ADH) is a hormone released by the posterior pituitary that increases the capacity of the kidney tubules to reabsorb water, thereby reducing urinary input. E. Antidiuretic Hormone (AGH) is a hormone released by the posterior pituitary that increases the capacity of the kidney tubules to reabsorb water, thereby reducing urinary output. 16. Contains EPA (eicosapentaenoic acid) 180 mg, DHA (docosahexaenoic acid) 120 mg A. Contains APA (aicosapentaenoic acid) 180 mg, DHA (docosahexaenoic acid) 120 mg B. Contains EPA (eicosapentaenoic acid) 108 mg, DHA (docosahexaenoic acid) 120 mg C. Contains EPA (eicosapentaenoic acid) 180 mg, DHA (docosahexanoic acid) 120 mg D. Contains EPA (eicosapentaenoic acid) 180 mg, DHA (docosahexaenoic acids) 120 mg E. Contains EPA (eicosapentaenoic acid) 180 mg, DHA (docosahexaenoic acid) 120 mg

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17. Commission offered at $ 155,685.00 per year for the first 3 years with increase of $ 5,655 per year in the succeeding years. A. Commission offered at $ 155,685.00 per year for the first 3 years with decrease of $ 5,655 per year in the succeeding years. B. Commission offered at $ 155,685.00 per year for the first 3 years with increase of $ 5,635 per year in the succeeding years. C. Commission offered at $ 155,685.00 per year for the first 3 years with increase of $ 5,655 per year in the succeeding years. D. Commission offered at $ 155,685.00 per year for the first 8 years with increase of $ 5,655 per year in the succeeding years. E. Comission offered at $ 155,685.00 per year for the first 3 years with increase of $ 5,655 per year in the succeeding years. 18. Call or write: MNC P.O. Box No. 322 MO Tel. Nos. 892-5466 (Metro Manila); Toll Free 1-800-1888-7771 (Provincial) A. Call or write: MNC P.O. Box No. 322 MO Tel. Nos. 892-5466 (metro Manila); Toll Free 1-800-1888-7771 (Provincial) B. Call or write: MNC P.O. Box No. 322 MO Tel. Nos. 892-5466 (Metro Manila); Toll Free 1-800-1888-7771 (Provincial) C. Call or write: MC P.O. Box No. 322 MO Tel. Nos. 892-5466 (Metro Manila); Toll Free 1-800-1888-7771 (Provincial) D. Call or write: MNC P.O. Box No. 322 MO Tel. Nos. 892-5463 (Metro Manila); Toll Free 1-800-1888-7771 (Provincial) E. Call or write: MNC P.O. Box No. 322 MO Tel. Nos. 892-5466 (Metro Manila); Toll Free 1-800-1888-7171 (Provincial)

20. Backward conditioning is a training procedure in which the unconditioned stimulus is presented first followed by the conditioned stimulus cessation of the unconditioned stimulus. A. Backward conditioning is a training procedure in which the unconditioned stimulus is presented first followed by the conditioned stimulus cessation of the unconditioned stimulus. B. Backward conditioning is a training procedure in which the conditioned stimulus is presented first followed by the conditioned stimulus cessation of the unconditioned stimulus. C. Backward conditioning is a training procedure in which the unconditioned stimuli are presented first followed by the conditioned stimulus cessation of the unconditioned stimulus. D. Backward conditioning is a training procedure in which the unconditioned stimulus is presented first followed by the conditioner stimulus cessation of the unconditioned stimulus. E. Backward conditioning is a training procedure in which the unconditioned stimulus is presented last followed by the conditioned stimulus cessation of the unconditioned stimulus.

19. The yellow mechanism responds to lights between 500 and 700 nm, with its maximum response at about 550 nm. A. The yellow mechanism responds to lights between 500 and 700 mm, with its maximum response at about 550 nm. B. The yellow mechanism responds to lights between 500 and 700 nm, with its maximum response at about 560 nm. C. The yellow mechanism respond to lights between 500 and 700 nm, with its maximum response at about 550 nm. D. The yellow mechanism responds to lights between 500 and 700 nm, with its maximum response at about 550 nm. E. The yellow mechanism responds to lights between 500 and 700 nm, with its minimum response at about 550 nm.

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