solve b/a +a/asauare - bsquare to the whole root
Answers
Answer:
QUESTION
1. Divide and check your answer .
a. 2781 ÷ 35
b. 49277 ÷ 511
c. 7335 ÷ 122
d. 64895 ÷ 247
\huge\pink\star\purple{ANSWER}⋆ANSWER
a)75.45
b)96.43
c)60.12
d)262.73
\huge\red\star\blue{QUESTION}⋆QUESTION
find the least number that should be subtracted from 1000 so that 35 divides the difference exactly.
\huge\pink\star\purple{ANSWER}⋆ANSWER
When you divide 1000 by 35
1000 /35
the quotient= 28, the remainder obtained = 20
The remainder we obtained is 20.
So if we subtract 20 from 1000
i.e. 1000–20=980.
980 / 35 =28
which is clearly divisible by 35.
SO,20 ANSWER
\huge\red\star\blue{QUESTION}⋆QUESTION
find the least number that should be added to 2000 so that 45 divides the sum exactly.
\huge\pink\star\purple{ANSWER}⋆ANSWER
on dividing 2000 by 45 , we get "quotient =4"
and "remainder = 20"
so
45-20=25
25 should be added to 2000
so it is completely divided by 45.
SO,25 ANSWER
\huge\red\star\blue{QUESTION}⋆QUESTION
find the largest 5digit number which is exactly divisible by 40.
\huge\pink\star\purple{ANSWER}⋆ANSWER
The numbers that are divisible by 40 are:
A =40n
Now A needs to be less than 100000 for it to be a five digit number. So the maximum value of n is [100000/40] -1 = 2499.
So the answer is 40*2499=99960
\huge\red\star\blue{QUESTION}⋆QUESTION
in a parade, the soldiers are arranged in 14 rows. if the number of soldiers is 504, find the number of soldiers in each row .
\huge\pink\star\purple{ANSWER}⋆ANSWER
No. Of rows X no. Of soldier in one row= total no. Of soldiers
Let the no. Of soldier in each row be x
14x X=504
X=504/14
X=36
\huge\red\star\blue{QUESTION}⋆QUESTION
in a dance class, 137 students got themselves enrolled. if the total fee collected in rupee 3,56,200, find the fee paid by each student.
\huge\pink\star\purple{ANSWER}⋆ANSWER
Total number of students = 137
Total fee collection =356200
Fees paid by each student = 356200÷137
=2600
▶Each student paid ₹2600
HOPE SO IT IS HELPFUL..❣️✌️..
Answer:
This could be the pythagorean formula for finding the hypotenuse of a right triangle. Which ...
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