Final answer:
The value 100 plays various roles in mathematics and applied contexts: representing a whole in percentages, converting units like centimeters to meters, calculating binomial probability, and determining the coefficient of kinetic friction in physics.
Step-by-step explanation:
The question revolves around understanding what is true with 100 in different mathematical or factual scenarios. One of the mathematical expressions provided indicates that 100 can be equivalent to 10 raised to a specific power, where 100 equals 1 when considered as 10^2, or 10 to the power of 2. This shows that 100 can be expressed as a power of 10, reinforcing the concept of powers of numbers. In other contexts, the value 100 is used as a reference point, such as in percentages where 100 represents a whole or in measurements where 100 centimeters is equal to 1 meter. In a probability context, if a student randomly guesses on a 10-question true-false quiz, the probability to pass with at least a 70 percent likelihood is calculated using binomial probability, not trivially discerned from the information given. Lastly, in physics, 100 Newtons of force needed to move a box would entwine with concepts of friction and force, prompting an examination of the coefficient of kinetic friction.