Answer:
The three types of technical information sources are:
Vendor and manufacturer Web sites.
Technology-oriented Web sites and publications.
Professional society Web sites.
Explanation:
Professional society Web sites provide most unbiased information.
These professional social websites are non profit companies as opposed to other sources of information that are profit making.
Social websites provides with the information that can help their members in a best way about getting information of their interest. This is done in an unbiased way because they do not work for some specific organizations or companies that want to sell their products or services.
<h2>ANSWER: ELLY BEINHORN</h2>
The race car driver Neiblemeister- master of the mist, was married to <em>Elly Beinhorn</em> who was a famous female aviator. In 1936 Beinhorn married the well-known racecar driver Bernd Rosemeyer, who died in a car accident years later, only ten weeks after the birth of their son Bernd. She remarried in 1941 and within a year gave birth to a much-longed-for daughter, whom she named Stephanie.
For divisor in divisors (number):
answer += 1
return answer
Answer:
def isdivisible():
maxint=input("Enter the Max Int")
int1=0
int2=0
int1=input("Enter the first Integer")
int2=input("Enter the second Integer")
tup1=(int1, int2)
print(tup1)
i = 1
for i in range(1, int(maxint)-1):
if int(tup1[0])%i==0 & int(tup1[1])%i==0:
print(i)
else:
continue
isdivisible()
1.2 Outputs
First test case:
Enter the Max Int6
Enter the first Integer2
Enter the second Integer8
('2', '8')
1
2
Second test case: returning empty list
Enter the Max Int2
Enter the first Integer13
Enter the second Integer27
('13', '27')
Test case 3:
Enter the Max Int4
Enter the first Integer8
Enter the second Integer10
('8', '10')
1
2
Explanation:
The program is as above, and the three test cases are also mentioned. We have created a tuple out of two input integer, and performed the output as required.
Answer: 500 volts AC, 750 volts DC
Class 00 rubber gloves are given the color "beige" based on the color code of rubber gloves.
The proof test voltage for this class of rubber gloves is 2500 volts of AC voltage and 10000 volts of DC voltage
