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Page 1: Julian's interest book, an accurate calculation of simple
Page 2: Julian's interest book, an accurate calculation of simple
Page 3: Julian's interest book, an accurate calculation of simple

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JULIAN'S

INTEREST BOOK

Accurate Calculation

SIMPLE AND COMPOUND INTEREST,

5, 6, 7, 8, 9 AND 10 PER CENT.,

Valuable Discount and Time Tables.

By ERAN JULIAN,ST. LOUIS.

CHICAGO.

S. A. MAXWELL & CO.

1888.

Page 4: Julian's interest book, an accurate calculation of simple

Entered, according to Act of Congress, in the year 1859, by

ERAN JULIAN,

In the Clerk's Office of the District Court of the United States for

the Southern District of Ohio.

Page 5: Julian's interest book, an accurate calculation of simple

EXPLANATIONS OF INTEREST TABLES.

The principal or amount on which you want to

count interest, will be found on the top of each page,

with the word Dollars attached to it.

The figures 5, 6, 7, 8, 9 and 10 at the head of col-

umns, are the different rates per cent.

The time for which you want to count interest will

be found in the first column of each page, headedTime.

Above the double line, near the bottom of each

page, is Simple interest; below the double line is

Compound Interest.

To find the interest on 100 dollars, at ten per cent.,

for 2 years, 6 months and 18 days, turn to 100 dol-

lars page, run down to 18 days, and across to 10 per

cent, column, where you will find 50 cents, which is

the interest for 18 days;go on down to 6 months,

and across to 10 per cent, column, as before, and youwill find the interest for 6 months is five dollars

;go

on down to 2 years, and across to 10 per cent, col-

umn, and you will find that the interest for 2 years is

20 dollars, making in all 25 dollars and 50 cents.

EXAMPLE FIRST.

Interest on 100 dollars for 2 years, 6 months and 18

days

:

Interest for 18 days 50" " 6 mos. 5.00" " 2 yrs. 20.00

$25.50, Interest on $100 for 2 yrs.

6 mos. and 18 days.

Page 6: Julian's interest book, an accurate calculation of simple

To find the interest on 150 dollars for 2 years 6

mos. 18 days, get the interest on 100 dollars as in first

example, then turn to page 50 dollars, and calculate

same as in first example, and add together.

EXAMPLE SECOND.

Interest on 150 dollars for 2 years 6 months and 18

days

:

Int. on$100.

Int. on

f For 18 days

Page 7: Julian's interest book, an accurate calculation of simple

To find the interest on $150.50 for 2 years 6 months

18 days, get the interest on $150, same as example

second, then turn to page 50 dollars, and run downto 18 days, and across to 10 per cent, column, and

you find 25 cents, which is ~ part of a cent interest,

and of which you will keep no account ; then run

down to 6 months as before, and across to 10 per

cent, column, you will find $2.50, which in cents will

be 2^ cents, which you will put down 3 cents, having

a fraction to carry from 18 days;go on down to 2

years, opposite which you will find $10, which in

cents will be 10 cents; put said amount under three

cents, which will make 13 cents, the interest on 50

cents for that time.

It is but 12^ cents, but as we don't count frac-

tions, we will call it 13 cents.

EXAMPLE THIRD.

Interest on $150 for 2 yrs. 6 mos. 18 days, . 38.25" 50 cents for 6 mos., .... 03" 50 cents for 2 years, .... 10

Interest on $150^ for 2 yrs. 6 mos. 18 days, $38.38

The interest on dollars is shown in dollars and

cents, and on cents in cents and in hundredths of a

cent.

All other per cents are calculated same as 10 per

cent.

Compound Interest is computed same as Simple

Interest.

Page 8: Julian's interest book, an accurate calculation of simple

MATURITY TABLE FOR DISCOUNT CLERK.

Including Three Days' Grace.

January, 30 days, date, add 2 Feb'y..60

" 90February 30

" 60" 90

March, 30" 60" 90

April, 30" 60" 90

May, ...30" 60" 90

June, 30" 60" 90

July, 30" 60" 90

August, ....30" 60" 90

September, ...30" 60" 90

October, 30" 60" 90

November, 30" 60" 90

December, 30" 60" 90

LEAP TEAR.December, 30

" 60" 90

January, 30" 60" 90

February, 30" 60" 90

4 Marcli.3 April.5 March.4 April.4 May.2 April.2 May.1.... June.3 May.2 June.2 July.2 June.2 July.1 Aug.3 July.2 Aug.1 Sept.2 Aug.1 Sept.1 Oct.2 Sept.2 Oct.1 Nov.3 Oct.2 Nov.2 Dec.2 Nov.2 Dec.1 Jan'y.

2 Dec.3 Jan'y.

1 Feb'y.2 Jan'y.1 Feb'y.3 March.

2 Jan'y.1 Feb'y.2 March.2 Feb'y.3 March.2 April.

4 March.3 April.

3 May.

Page 9: Julian's interest book, an accurate calculation of simple

A Table Giving the Date a Note or Bill Matures whenGiven for a Stated Time,

The intention of this table is to show correctly

the month and day of the month that promissorynotes, bills, etc., mature, when drawn for any certain

length of time, with or without the three days of

grace.

Should you give a note for 100 days on the 25th

day of August, and wish to know when it becomesdue, turn to Time Table, run across top of table fromleft corner until you get to August, run down Augustcolumn first line of figures until you get to 25th

day ; opposite 25th day, in same column, you will find

237, which amount put down, and add to it the 100days, which will make 337 ; then look for the 337th

number of the table, opposite which you will find

the 3d day of December, the day your note or bill

becomes due.

You can add 3 days grace to the 100 days if youwish

; it will then come due on the 6th December.

This table is designed for ordinary years ; there-

fore when you pass over February in leap year, yournote falls due one day sooner.

Should your note fall due on Sunday, it must bepresented and paid the day previous.

Page 10: Julian's interest book, an accurate calculation of simple

EXPLANATIONS OF TIME TABLE.

Should you want to find the number of days fromOctober 20th to June 12th, turn to Time Table, andrun your finger across the top until you come to

October ; run down the days of the month, which is

the left hand row of figures, in October column until

you get to 20; opposite 20, in same column, you will

find 293, which number put down ; then run across

top to the right as before until you get to June ; rundown June column until you get to 12, opposite

which you will find 528. Said number place abovethe figures 293, and subtract 293 from 528, whichleaves 235 days.

Should you want to reduce that to months, divide

by 30, which will make 7 months 25 days.

EXAMPLE.

528293

30)235

7 mos. 25 days.

In counting interest on a note that is given a cer-

tain number of days from date, the actual number of

days must be taken without regard to the month

;

but in counting interest by months, the number of

months must be used.

In passing over February in leap year, add 1 day.

Page 11: Julian's interest book, an accurate calculation of simple

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76 DOLLARS.

Page 89: Julian's interest book, an accurate calculation of simple

77 DOLLARS.

Page 90: Julian's interest book, an accurate calculation of simple

78 DOLLARS.

TIME.

Page 91: Julian's interest book, an accurate calculation of simple

79 DOLLARS.

Page 92: Julian's interest book, an accurate calculation of simple

80 DOLLARS.

Page 93: Julian's interest book, an accurate calculation of simple

81 DOLLARS.

Page 94: Julian's interest book, an accurate calculation of simple

82 DOT.L.ARS.

TIME.

Page 95: Julian's interest book, an accurate calculation of simple
Page 96: Julian's interest book, an accurate calculation of simple

84 DOLLARS.

TIME.

Page 97: Julian's interest book, an accurate calculation of simple

85 DOLLARS.

TIME.

Page 98: Julian's interest book, an accurate calculation of simple

86 DOLLARS.

Page 99: Julian's interest book, an accurate calculation of simple

87 BOLT.ARS.

TIME,

Page 100: Julian's interest book, an accurate calculation of simple

88 DOLLARS.

TIME.

Page 101: Julian's interest book, an accurate calculation of simple

89 DOLLARS.

TIME.

Page 102: Julian's interest book, an accurate calculation of simple

90 DOLLARS.

TIME.

Page 103: Julian's interest book, an accurate calculation of simple

91 I>OLLARS.

Page 104: Julian's interest book, an accurate calculation of simple
Page 105: Julian's interest book, an accurate calculation of simple

93 DOLLARS.

Page 106: Julian's interest book, an accurate calculation of simple

9± DOLLARS.

TIME.

Page 107: Julian's interest book, an accurate calculation of simple
Page 108: Julian's interest book, an accurate calculation of simple
Page 109: Julian's interest book, an accurate calculation of simple

97 DOLLARS.

Page 110: Julian's interest book, an accurate calculation of simple

98 DOLLARS.'

Page 111: Julian's interest book, an accurate calculation of simple

99 DOLLARS.

TIME.

Page 112: Julian's interest book, an accurate calculation of simple

lOO DOLLARS.-

Page 113: Julian's interest book, an accurate calculation of simple
Page 114: Julian's interest book, an accurate calculation of simple

300 DOI/LARS.

Page 115: Julian's interest book, an accurate calculation of simple
Page 116: Julian's interest book, an accurate calculation of simple

500 DOLLARS.

Page 117: Julian's interest book, an accurate calculation of simple

GOO DOLLARS.

TIME.

Page 118: Julian's interest book, an accurate calculation of simple

700 DOLLARS.

Page 119: Julian's interest book, an accurate calculation of simple
Page 120: Julian's interest book, an accurate calculation of simple

900 DOLLARS.

TIME.Ml

Page 121: Julian's interest book, an accurate calculation of simple
Page 122: Julian's interest book, an accurate calculation of simple
Page 123: Julian's interest book, an accurate calculation of simple
Page 124: Julian's interest book, an accurate calculation of simple
Page 125: Julian's interest book, an accurate calculation of simple
Page 126: Julian's interest book, an accurate calculation of simple
Page 127: Julian's interest book, an accurate calculation of simple
Page 128: Julian's interest book, an accurate calculation of simple
Page 129: Julian's interest book, an accurate calculation of simple
Page 130: Julian's interest book, an accurate calculation of simple

10,000 DOLLARS.

Page 131: Julian's interest book, an accurate calculation of simple
Page 132: Julian's interest book, an accurate calculation of simple
Page 133: Julian's interest book, an accurate calculation of simple

^

Page 134: Julian's interest book, an accurate calculation of simple