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(2^2001 + 2^1999) / (2^2000 + 2^1998)
…Taking 2^1998 common in the numerator…
=2^1998 (2^(2001–1998) + 2^(1999–1998)) / (2^2000 + 2^1998)
{as, a^m/ a^n = a^(m-n) }
=2^1998 (2^3 + 2^1) / (2^2000 + 2^1998)
=2^1998 (8 + 2) / (2^2000 + 2^1998)
=2^1998 (10) / (2^2000 + 2^1998)
…Taking 2^1998 common in the denominator…
=2^1998 (10) / 2^1998 (2^(2000–1998) + 2^(1998–1998))
=2^1998 (10) / 2^1998 (2^2 + 2^0)
=2^1998 (10) / 2^1998 (4+1)
{as a^0 = 1 }
=2^1998 (10) / 2^1998 (5)
…As 2^1998 is common both to the numerator and the denominator, it may be cancelled from both.
=10 / 5
= 2
Please mark this answer as brainliest ❤️❤️❤️
…Taking 2^1998 common in the numerator…
=2^1998 (2^(2001–1998) + 2^(1999–1998)) / (2^2000 + 2^1998)
{as, a^m/ a^n = a^(m-n) }
=2^1998 (2^3 + 2^1) / (2^2000 + 2^1998)
=2^1998 (8 + 2) / (2^2000 + 2^1998)
=2^1998 (10) / (2^2000 + 2^1998)
…Taking 2^1998 common in the denominator…
=2^1998 (10) / 2^1998 (2^(2000–1998) + 2^(1998–1998))
=2^1998 (10) / 2^1998 (2^2 + 2^0)
=2^1998 (10) / 2^1998 (4+1)
{as a^0 = 1 }
=2^1998 (10) / 2^1998 (5)
…As 2^1998 is common both to the numerator and the denominator, it may be cancelled from both.
=10 / 5
= 2
Please mark this answer as brainliest ❤️❤️❤️
RahulPatne:
Answer is 10/3
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SO FROM SOLLUTION THE RIGHT OPTION WILL BE ( 1 )
some basics to solve this question :
1/a = a^-1
a^n + a^n = a^n ( 1 + 1 )
a^n / a^m = a^n-m
BE BRAINLY
some basics to solve this question :
1/a = a^-1
a^n + a^n = a^n ( 1 + 1 )
a^n / a^m = a^n-m
BE BRAINLY
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