Cloze Test — Set 16

The mathematical theorem _____ (A) Pythagorean relationships _____ (B) fundamental to geometric understanding. The theorem _____ (C) that the square of the hypotenuse _____ (D) the sum of squares of other sides. This principle _____ (E) countless practical applications. Blank A:

Pythagorean relationships _____ (B) fundamental to geometric understanding and calculation. Blank B:

The Pythagorean theorem _____ (C) that the hypotenuse squared equals the sum of squared sides. Blank C:

The square of the hypotenuse _____ (D) the sum of squares of the other sides. Blank D:

This principle has _____ (E) countless practical applications in engineering and architecture. Blank E:

The neuroscientific discovery _____ (A) neuroplasticity _____ (B) that the brain _____ (C) capable of remarkable adaptive change. Traditional neuroscience _____ (D) the brain's structure as fixed. Recent research _____ (E) this assumption fundamentally. Blank A:

Neuroplasticity demonstrates _____ (B) the brain is capable of remarkable adaptive change. Blank B:

The brain _____ (C) capable of remarkable adaptive change throughout life. Blank C:

Traditional neuroscience viewed _____ (D) brain structure as fixed and unchangeable. Blank D:

Recent neuroscientific research _____ (E) this assumption fundamentally, revealing brain's adaptive capabilities. Blank E: