The Hunchback of Notre-Dame<span> (</span>French<span>: </span>Notre-Dame de Paris<span>) is a </span>French Romantic/Gothic novel<span> by </span>Victor Hugo<span>, published in </span>1831<span>. The original French title refers to </span>Notre Dame Cathedral<span>, on which the story is centered. English translator </span>Frederic Shoberl<span> named the novel </span>The Hunchback of Notre Dame<span> in 1833 because, at the time, Gothic novels were more popular than Romance novels in England.</span>[1]<span> The story is set in </span>Paris, France<span> in the </span>Late Middle Ages<span>, during the reign of </span>Louis XI<span>.</span>
Based on the given set of letters above, if you scramble it and used all the letters to create a word, to the correct word would be "SOULMATE". Hope this is the answer that you are looking for. Have a great day!
Answer:
the family life/growth can be sorta compared to how weve had to be in quarantine with our families and getting closer or growing apart, and there was a lot of prejudice going on in the book just like today with
Answer:
Drop each ball from the platform three more times
Explanation:
Reliability or precision means how much the measured values vary from each other when measured by performing the same experiment repeatedly.
When measuring values by observation in physical experiments of this nature, it is best to perform the experiment and measure the values at least three times. The more the better.
In such measurements there is always a margin of error, e.g how at exact time you start and stop the stop-watch. There may also be a but harder or softer side of ball (tennis ball strip) touching the ground. In order to minimize such and some other margin of errors, it is advisable to measure the values more than 3-4 times, and then take their mean. The value now obtained would be would reliable or precise.
Second and third options are incorrect because they will have no effect on improving the reliability.
In order for the fourth option to be correct, the other people need to do the same (not similar) experiment, with the same balls and same conditions/instruments. That would be equivalent to repeating the experiment 3-4 times, which is already covered by first option.
A/d I think I'm not real good at this so don't kill me if I'm wrong
