Compose a new way to ask the same question. The new question must be asking the exact same thing as the original question does. Without any other information, you should be able to tell that the original question and the new question are the same. Preserve bracketed phrases in your new question. You can change the rest of the question provided the above requirements are satisfied. The new question must have a natural, fluent formulation, as if it were composed by a native English speaker. You will be given three pieces of information to help you create better questions. Those are: "Answer": the answer to the question, e.g., "Honolulu". "Answer Type": the type of the answer, e.g., "Location". "Auxiliary Information" is a detailed description of some concepts mentioned in the question, if any.

Input: Consider Input: original question: Which unit of inverse temperature with a temperature coefficient in inverse kelvins lower than [1.0] shares the same measurement system with [Joule per kelvin]?
answer: micro per degree c, inverse kelvin
answer type: Unit of Inverse Temperature.

Output: [Joule per kelvin] shares the same measurement system with which unit of inverse temperature with a temperature coefficient in inverse kelvins lower than [1.0]?


Input: Consider Input: original question: What is the type of infectious agent for [Kyasanur forest disease]?
answer: virus
answer type: Type of infectious agent.
auxiliary information: Kyasanur forest disease is a tick-borne viral hemorrhagic fever endemic to South Asia. The disease is caused by a virus belonging to the family Flaviviridae, which also includes yellow fever and dengue fever.

Output: Name of the type of infectious agent for [Kyasanur forest disease]?


Input: Consider Input: original question: what rocket engine designer designs a bipropellant rocket engine with [Ethanol] and [Gas-generator cycle]?
answer: npo energomash
answer type: Rocket engine designer.
auxiliary information: The gas-generator cycle is a power cycle of a bipropellant rocket engine. Some of the propellant is burned in a gas generator and the resulting hot gas is used to power the engine's pumps. The gas is then exhausted. Because something is "thrown away" this type of engine is also known as open cycle. There are several advantages to the gas-generator cycle over its counterpart, the staged combustion cycle. The gas generator turbine does not need to deal with the counter pressure of injecting the exhaust into the combustion chamber. This simplifies plumbing and turbine design, and results in a less expensive and lighter engine. The main disadvantage is lost efficiency due to discarded propellant. Gas-generator cycles tend to have lower specific impulse than staged combustion cycles. As in most cryogenic rocket engines, some of the fuel in a gas-generator cycle is used to cool the nozzle and combustion chamber. Available construction materials cannot withstand the extreme temperatures of rocket combustion processes by themselves, while cooling permits the use of rocket engines for relatively long burn times.Ethanol:;Type: Rocket engine fuel. ;


Output: what rocket engine designer designs a bipropellant rocket engine with [Ethanol] and [Gas-generator cycle]?