putang ina nyo
Landing on the moon requires input from almost every single area of science. From biology (keeping the crew alive) to engineering (building the space craft) to rocketry and physics, materials science, food science, piloting, geology, computer science, radio and telemetry sciences, the list goes on and on. There is no one science behind landing on the moon.
she went into space because she was studying a science program and went up to space to test it out :)
she was interested in science and in space and really loved to read
The phrase "Danger, Will Robinson!" is from the classic science fiction television series "Lost in Space," which originally aired in the 1960s. The character who says this line is the Robot, warning young Will Robinson of impending threats. The show follows the adventures of the Robinson family as they navigate space and face various challenges. It has since been rebooted and remains a significant part of sci-fi pop culture.
Some science experiments done in space include studying the effects of microgravity on the human body, growing plants in space, investigating the behavior of materials in zero gravity, and exploring the impact of space radiation on living organisms. These experiments help researchers better understand the challenges and opportunities of space exploration.
Space Science Reviews was created in 1962.
Space Science Fiction was created in 1952.
Space Science Fiction ended in 1953.
yes
answering the question
If you were to ask NASA how space challenges might be overcome, they would undoubtedly tell you that the answer is more funding. Fund the research and the challenges will be overcome.
Malin Space Science Systems was created in 1990.
Space Science Fiction Magazine ended in 1957.
Space Science Fiction Magazine was created in 1957.
The science of travelling to outer space could be called space science, could be called rocketry, could be called astronautics.
Space exploration has significantly driven technological innovations by pushing the boundaries of engineering and scientific research. The challenges of operating in space have led to advancements in materials science, telecommunications, and robotics, among others. Technologies originally developed for space missions, such as satellite communication and GPS, have transformed everyday life on Earth. Additionally, the pursuit of space exploration fuels curiosity and inspires future generations to engage in science and technology.