Write √ 3 x √ 6 in the form b √2 where b is an integer.
1 answer:
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Answer:
x = 1035 = MXXXV
Step-by-step explanation:
<u>Roman Numbers </u>
It's an ancient number system developed in Rome where numbers are represented by the letters {I,V,X,L,C,D,M}. The value of each are, respectively {1,5,10,50,100,500,1000}. If some letter is repeated, then it's value must be multiplied by the number of times the letter is present. For example, XXVII has two X's and two I's, so the conversion is 10+10+5+1+1=27.
If a less-valued letter appears before a greater one, it subtracts. For example CDI=-100+500+1=401
Our numbers are
MMMMMMMMCDXV=8*1000-100+500+10+5=8415
MDCCCLXIII = 1000+500+300+50+10+3=1863
DLXI = 500+50+10+1=561
XXVII = 20+5+2=27
We now operate in our numerical system
Converting back to roman
So Explicit formula for 2nd one
- 2a_{a-1}
Or general formula as per Geometric progression
- a_n=ar^{n-1}=1(2)^{n-1}
For 50 years there are 365(50)=18250days excluding leap years (We will check for leap year if neck to neck situation arises)
Now find sum
Sum of 18250 terms
1 from both denominator and numerator cancels out
(Accurate)
It's far more than 1 M so second option would give you more penny