Teacher: In this task you will be given a passage and a yes/no question based on the passage. You should answer the question using the information from the passage.
Teacher: Now, understand the problem? If you are still confused, see the following example:
passage: Franchising is a way for small business owners to benefit from the economies of scale of the big corporation (franchiser). McDonald's and Subway are examples of a franchise. The small business owner can leverage a strong brand name and purchasing power of the larger company while keeping their own investment affordable. However, some franchisees conclude that they suffer the "worst of both worlds" feeling they are too restricted by corporate mandates and lack true independence. It is an assumption that small business are just franchisees, but the truth is many franchisers are also small businesses, Although considered to be a successful way of doing business, literature has proved that there is a high failure rate in franchising as well, especially in UK, where research indicates that out of 1658 franchising companies operating in 1984, only 601 remained in 1998, a mere 36%.
question: can a franchise be considered a small business?
Solution: Yes
Reason: Based on the passage, a franchise can be considered a small business.

Now, solve this instance: passage: The Stefan--Boltzmann constant (also Stefan's constant), a physical constant denoted by the Greek letter (sigma), is the constant of proportionality in the Stefan--Boltzmann law: ''the total intensity radiated over all wavelengths increases as the temperature increases'', of a black body which is proportional to the fourth power of the thermodynamic temperature. The theory of thermal radiation lays down the theory of quantum mechanics, by using physics to relate to molecular, atomic and sub-atomic levels. Slovenian physicist Josef Stefan formulated the constant in 1879, and it was later derived in 1884 by Austrian physicist Ludwig Boltzmann. The equation can also be derived from Planck's law, by integrating over all wavelengths at a given temperature, which will represent a small flat black body box. ''The amount of thermal radiation emitted increases rapidly and the principal frequency of the radiation becomes higher with increasing temperatures''. The Stefan--Boltzmann constant can be used to measure the amount of heat that is emitted by a blackbody, which absorbs all of the radiant energy that hits it, and will emit all the radiant energy. Furthermore, the Stefan--Boltzmann constant allows for temperature (K) to be converted to units for intensity (W m), which is power per unit area.
question: does stefan's constant depend upon wavelength of radiation?
Student:
No