Answer:
The ratio of the high-wire unicyclists to ball-balancing seals is;
Explanation:
Given that;
He has featured 32 high-wire unicyclists and 24 ball-balancing seals.
The ratio of the high-wire unicyclists to ball-balancing seals can be written as;
Reducing toits lowest form, we have;
divide both sides by 8;
Therefore, the ratio of the high-wire unicyclists to ball-balancing seals is;
24 ounces = 1.5 pounds
so 1 pound: $6.40 + .5 pound
6.40/2 = 3.2
$6.40 + $3.20 = $9.60
Speed = distance / time . . . . . . . . easy to remember: speed is usually miles/hour
43 231/905 = (6 +17)/((6/37 +t) . . . . t is the travel time from Megan's to Sarah's
6/37 +t = 23/(43 231/905) = 905/1702
t = 905/1702 -6/37 = 17/46
The average speed for the trip from Megan's to Sarah's was (17 mi)/(17/46 h) = 46 mi/h.
<em><u>Solution:</u></em>
<em><u>Given that,</u></em>
We have to write in simplest form
<em><u>Use the following law of exponent</u></em>
Using this, simplify the given expression
Thus the given expression is simplified
The answer to 500,000•2783786= 1.39189e12