recategorized by
1,213 views
1 1 vote
A lab experiment measures the number of organisms at $8$ am every day. Starting with $2$ organisms on the first day, the number of organisms on any day is equal to $3$ more than twice the number on the previous day. If the number of organisms on the $n^{\text {th }}$ day exceeds one million, then the lowest possible value of $n$ is

Please log in or register to answer this question.

Position:
Show:
Answer:

Related questions

1 1 vote
0 0 answers
1.3k
1.3k views
admin asked Mar 31, 2024
1,263 views
Let $a_n$ and $b_n$ be two sequences such that $a_n=13+6(n-1)$ and $b_n=15+7(n-1)$ for all natural numbers $n$. Then, the largest three digit integer that is common to bo...
2 2 votes
2 2 answers
2.3k
2.3k views
admin asked Mar 30, 2024
2,322 views
If $x$ and $y$ are real numbers such that $x^{2}+(x-2 y-1)^{2}=-4 y(x+y)$, then the value $x-2 y$ is$1$$2$$-1$$0$
2 2 votes
1 answers 1 answer
1.8k
1.8k views
admin asked Mar 30, 2024
1,775 views
If $\sqrt{5 x+9}+\sqrt{5 x-9}=3(2+\sqrt{2})$, then $\sqrt{10 x+9}$ is equal to$3 \sqrt{7}$$4 \sqrt{5}$$3 \sqrt{31}$$2 \sqrt{7}$
1 1 vote
0 0 answers
1.1k
1.1k views
admin asked Mar 30, 2024
1,073 views
Let $n$ be the least positive integer such that $168$ is a factor of $1134^{n}$. If $m$ is the least positive integer such that $1134^{n}$ is a factor of $168^{m}$, then ...
1 1 vote
1 1 answer
1.5k
1.5k views
admin asked Mar 30, 2024
1,537 views
If $x$ and $y$ are positive real numbers such that $\log _{x}\left(x^{2}+12\right)=4$ and $3 \log _{y} x=1$, then $x+y$ equals$11$$20$$10$$68$