Answer:
1066.67 N
Explanation:
Given that two measurements of the arm and an input weight. To answer this problem,we need to balance the forces and use the lengths of the arms.
Force × effort of arm distance= input weight × load distance
200 N * 8 m = x * 1.5 m
1600 = 1.5x
x = 1600/1.5
x = 1066.666 N
it takes 1066.67 N to lift the input weight
You have to answer other people’s questions.
The data frame first_south is created using first_south = (titanic['Pclass']==1) & (titanic['Embarked']=='S')
<h3>How to create the data frame?</h3>
To do this, we make the following assumptions:
- The pandas module has been loaded as pd
- The dataset has also been loaded as titanic
When pclass column is 1.
This is represented as:
titanic['pclass']==1
When the passenger boards from Southampton.
This is represented as:
titanic['Embarked']=='S'
So, we have:
first_south = (titanic['Pclass']==1) & (titanic['Embarked']=='S')
Read more about data frames at:
brainly.com/question/16524297
#SPJ1
Answer:
There is no table, so I can only comment on the statements:
The binary value of decimal 10 is A. ==> False, however A is a hexadecimal representation of 10.
The binary value of decimal 13 is 1001 ==> False, 13 would be 1101.
The binary value of decimal 15 is 1111. ==> True.
The binary value of decimal 14 is E. ==> Again E is a hexadecimal representation of 14.
