The puzzle king : $b Amusing arithmetic, book-keeping blunders, commercial comicalities, curious "catches", peculiar problems, perplexing paradoxes, quaint questions, queer quibbles, school stories, interesting items, tricks with figures, cards, draughts, dice, dominoes, etc., etc., etc.Scott, John
Science
The puzzle king : $b Amusing arithmetic, book-keeping blunders, commercial comicalities, curious "catches", peculiar problems, perplexing paradoxes, quaint questions, queer quibbles, school stories, interesting items, tricks with figures, cards, draughts, dice, dominoes, etc., etc., etc.
Scott, John
Amusements; Mathematical recreations; Puzzles
Again: Out of the two straight lines C and D which is the longer? (By
measurement we see they are both the same).
[Illustration]
Guess, by eye-measurement only, the longest and shortest of the three
lines marked A A, B B, and C C. When you have done guessing measure,
and see how much you are out.
[Illustration]
Which is the tallest gentleman of the three appearing in adjoining
figure?--Many would imagine the last to be the tallest, and the
first the shortest, whereas the reverse is the case--the last is the
shortest, and the first the tallest.
[Illustration]
It is surprising how the eye can be deceived, when dealing with areas
or circles. Place on the table a half-crown and a threepenny-piece;
let these be, say, 9 or 10 inches apart, and ask a friend how many
of the latter can be placed on the former--with this proviso: the
threepenny-pieces must not rest on each other, nor must they overlap
the outer rim of the half-crown; they must be fairly within the
circumference of the larger coin. Many will answer 6, 5, or 4, others
who are more cautious 3. Try for yourself and see how many you can
put on, and you are sure to be surprised.
ARE THESE LINES PARALLEL?
The “herring-bone” figure here illustrated is yet another proof that
our eyes are faulty. The horizontal lines appear to slant in the
direction in which the short intersecting lines are falling, and
would give one the idea that they would meet if continued, whereas
really they are parallel. The illusion is more striking if you tilt
the leaf up.
[Illustration]
HOW DID HE DO IT.
115. Once there was an old tramp who had to go through a tollbar,
and before he could get through he had to pay a penny. He had not a
penny; he did not find a penny, nor borrow a penny, nor steal nor beg
a penny, and yet he paid a penny and went through.
116. Find a number which is such that if four times its square be
diminished by 6 times the number itself the remainder shall be 70.
117. A man has a certain number of apples; he sells half the number
and one more to one person, half the remainder and one more to a
second person, half the remainder and one more to a third person,
half the remainder and one more to a fourth person, by which time he
had disposed of all that he had. How many had he?
TEACHER (impressing one of her _protégés_)--“Be brave and
earnest and you will succeed. Do you remember my telling you of the
great difficulty ‘George Washington’ had to contend with?”
WILLY RAGGS--“Yes, mum; he couldn’t tell a lie.”
118. Two numbers are in the ratio of 2 and 3, and if 9 be added
to each they are in the ratio of 3 to 4. Find the numbers.
PAYING A DEBT.
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