I cannot find my elephant.
He must have run away.
He isn’t on the sofa
where he promised he would stay.
I’ve looked around the living room,
the kitchen and the hall.
My elephant is missing
and I’m not sure who to call.
I’ll need to get a bloodhound
who can track him by his scent,
or hire a house detective
to discover where he went.
He isn’t in the basement
or the attic or the yard.
You’d think, to find an elephant
would not be quite so hard.
Perhaps I’ll make some posters,
and I’ll offer a reward.
I’d make it more, but fifty cents
is all I can afford.
If you should see my elephant,
he answers to “Jerome.”
Please tell him that I miss him
and I wish he’d come back home.
He knows the way. It’s up the street
and down our garden path.
And next time I won’t warn him
when it’s time to take his bath.
Answer:
86.7%.
Explanation:
Considering the diagram, the path of the tip of the blades is a circle.
Hence, determine the circumference of the circle.
C = 2πr = 2π * 3 ft = 6π ft.
Then determine how long the blade edges are all together.
6 in * 5 blades = 30 inches
Therefore, to determine the fraction of the circumference of 30 inches, convert circumference to inches
6π ft * (12 in ÷ 1 ft) = 72π in.
Hence, the probability of Gerald’s randomly timed shot hitting a blade of the windmill
=> 30 ÷ 72π
=> 30 ÷ [72 * (22/7)]
= 13.3%.
Finally, the probability of his shot getting past the blades is then 100 – 13.3 = 86.7%.
Fewer employs would be the correct terminology since you are not describing what is less of the employs.
Answer:
Stop Littering to Save Animals
Explanation:
