![LIGO on Twitter: "We infer the distance the amplitude of the signal. Louder signals mean closer sources. For more on how we work out the properties of a #GravitationalWave source, checkout this LIGO on Twitter: "We infer the distance the amplitude of the signal. Louder signals mean closer sources. For more on how we work out the properties of a #GravitationalWave source, checkout this](https://pbs.twimg.com/media/D30oCs4XkAMdRLJ.png)
LIGO on Twitter: "We infer the distance the amplitude of the signal. Louder signals mean closer sources. For more on how we work out the properties of a #GravitationalWave source, checkout this
LIGO on Twitter: "...so it's easier to tell if we're detecting a #GravitationalWaves source that's face on or edge on - and that helps us pin down the distance better too (for #
![SOLVED:a) The galaxy NGC 1068 is 16 megaparsecs (Mpc) away from US. This means it is 16 million; or 16x106 parsecs, from us. How many years did it take for the light SOLVED:a) The galaxy NGC 1068 is 16 megaparsecs (Mpc) away from US. This means it is 16 million; or 16x106 parsecs, from us. How many years did it take for the light](https://cdn.numerade.com/ask_images/62da6b73fab04cf9a822e913bfbda48e.jpg)