Calculator search results

An animal cell has a diameter of $1\times 10-5$ meter. $A$ bacterium has a diameter of $2\times 10-7$ meter. How many times as great is the diameter of the animal cell as the diameter of the bacterium? $O5\times 10^{3}$ times $O1\times 10^{2}$ times $O5\times 10^{1}$ times $O2\times 10^{2}$ times

$\left(a\right)$ $\bar{4} $ $\left(b\right)$ $5$ $\left(c\right)$ $1$ $11$ Given log2 $g2=0.3010$ and $log3=$ $3=0.4771$ the value of log 6 is (a) $1\right)0.9030$ $b$ $\left(0\right)$ $0.9542$ $\left(c\right)$ $-$ $0.778\right)$ $--$

$23$ Given $nlog2=0.3010$ and $log3=0.4771$ the value of log6 is $\left(a\right)$ $0.9030$ $\left($ (b) $\right)$ $0.9542$ (c) $0.7781$ $\left($ (d) $\right)$ none of these

$\left($ (a) $\right)$ $4$ $\left($ (b) $\right)$ $5$ (c) $1$ $11.$ ua $log2=003010$ a $log3=0.4771$ a $log6$ e $\left($ (a) $0.9030$ $\left($ (b) $09542$ (c) $0.7781$ (d) a $12$ $log _{2}log _{2}log _{2}16$ at

$35.$ Find the sum to $n$ terms of the series $\dfrac {1} {1\times 2}+\dfrac {1} {2\times 3}+\dfrac {1} {3\times 4}+$ OR Find the sum of the series $0.7+0.77+0.777+..$ $+t0$ $n$ terms.

$A$ A certain brand of car consumes $0.75l$ of gasoline per kilometer. How many liters will it consume if it travels $10.5km2$