rock.freak667 said:
Borek said:
Redbelly98 said:
superaznnerd said:
But there is a change in the direction of momentum. Momentum is a vector, so there is a change in the momentum. Hint: express the upward momentum as positive, and downward as negative.superaznnerd said:
It was addressed to stuff inky posted, don't worry about it.
Okay, I think I see the source of confusion here.superaznnerd said:
"Strange strange question" is a phrase that can be interpreted in different ways depending on the context. Generally, it refers to a question that is unusual or unexpected, and may not have an obvious or straightforward answer.
People may ask strange strange questions for a variety of reasons. It could be out of curiosity, to challenge conventional thinking, or to spark a conversation. Some people may also ask strange strange questions as a way to be humorous or playful.
Yes, strange strange questions have the potential to lead to scientific discoveries. Many groundbreaking scientific theories and inventions have come from asking seemingly strange or unconventional questions. It is important for scientists to think outside the box and consider all possibilities, even if they may seem strange at first.
Scientists can approach answering strange strange questions by using the scientific method. This involves forming a hypothesis, conducting experiments or research, and analyzing the results to draw conclusions. It is also important for scientists to keep an open mind and consider all possibilities when trying to answer strange questions.
Yes, there are many famous examples of strange strange questions in science. One well-known example is Albert Einstein's question, "What would it be like to ride on a beam of light?" This question ultimately led to the development of his theory of relativity. Other examples include Galileo's question about why objects fall at the same rate regardless of their weight, and Isaac Newton's question about why the moon doesn't fall to Earth.