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I guess a hint is that to see if a number is divisible by 3, you can add up the digits of the number and if the sum is divisible by 3, the number is divisible by 3. Another way of seeing if a number is divisible by 3 is to do an integer divide and then multiply back to see if you get what you started with. For example, 7 / 3 = 2. 2 * 3 = 6, thus 7 is not divisible by 3.

As for all the substrings, start at the 5th number and do substrings of length 1 to 5, Move to the next digit, do substrings of length 1 to 4. Move to the next digit, do substrings of length 1 to 3. Repeat until only 1 digit is left.

Good luck,

Paul

As for all the substrings, start at the 5th number and do substrings of length 1 to 5, Move to the next digit, do substrings of length 1 to 4. Move to the next digit, do substrings of length 1 to 3. Repeat until only 1 digit is left.

Good luck,

Paul

Apr 12, 2016 | Office Equipment & Supplies

I think the big question here is how do you determine in the first number is divisible by the second number. With a calculator, try various combinations of number to see when the first number is divisible by the second number and when it is not divisible. How are the results different from when they are divisible from when they are not divisible?

Good luck,

Paul

Good luck,

Paul

Nov 17, 2015 | Office Equipment & Supplies

A prime number is a number that's evenly divisible only by one and itself. 21 is divisible by 3 and 7, 25 is divisible by 5, and 27 is divisible by 3.

See Prime number Wikipedia the free encyclopedia

See Prime number Wikipedia the free encyclopedia

Feb 23, 2015 | Computers & Internet

Instead of the division, do multiplication by the reciprocal of your constant divisor.

Oct 04, 2014 | Casio Office Equipment & Supplies

450=9*5*10=9*50

9*50/3=3*50=150

To verify if a number is divisible by 3, add the digits in the number. If the sum of digits is divisible by 3, then thumber is also divisible by 3.

Sum of digits in 450 =4+5+0 =9, divisible by 3, so 450 is also divisible by 3.

9*50/3=3*50=150

To verify if a number is divisible by 3, add the digits in the number. If the sum of digits is divisible by 3, then thumber is also divisible by 3.

Sum of digits in 450 =4+5+0 =9, divisible by 3, so 450 is also divisible by 3.

Jul 06, 2014 | Office Equipment & Supplies

This calculator does not have a key that you can use to find the prime factor of an integer.

You can however use the calculator to find the factors

1.** If number is even divide it by 2**

Keep dividing by 2, while keeping track of how many times you divided by 2.

If you divided 5 times by 2 before getting an odd number, then your first factor is 2^5

2.**Now try dividing by 3**, keep track of the number of times you divided by 3 before you could not divide by 3 any more. If you divided 0 times by 3, your second factor is 3^0, or 1 and 3 is not a factor.

If you divided 4 times by 3, your second factor is 3^4

3.**Divide by 5,** until you can't any more. Keep track of the number of times you divided by 5.

4. Divide by all other prime numbers 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, etc. For each prime number, keep track of how many times you divided by it, until you could not any more.

**Example: 23100**

*Division by 2*

23100/2=11550 ---------> 1 division by 2

11550/2=5775 ----------> 2 divisions by 2

Note that 5775 is not divisible by 2.** No more divisions by 2. **

First factor is 2^2

*Division by 3:*

5775/3=1925 ----------> 1 division by 3

1925/3=641. 66667 Not an integer. No more divisions by 3.

**2nd factor is 3^1**

*Division by 5 (number ends in 5)*

1925/5 =385 -------> 1 division by 5

385/5=77 ----------> 2 divisions by 5 and no more (quotient does not end in 0 or 5)

**3rd factor is 5^2**

*Division by 7 *

77/7=11 --------> 1 division by 7, and no more

**4th factor is 7^1=7**

*Division by 11*

11/11=1

**5th factor is 11^1=11**

Assembling the factors 2^2, 3^1, 5^2, 7, 11

Prime factorization of 23100 is

**23100=(2^2)(3)(5^2)(7)11**

You can however use the calculator to find the factors

1.

Keep dividing by 2, while keeping track of how many times you divided by 2.

If you divided 5 times by 2 before getting an odd number, then your first factor is 2^5

2.

If you divided 4 times by 3, your second factor is 3^4

3.

4. Divide by all other prime numbers 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, etc. For each prime number, keep track of how many times you divided by it, until you could not any more.

23100/2=11550 ---------> 1 division by 2

11550/2=5775 ----------> 2 divisions by 2

Note that 5775 is not divisible by 2.

First factor is 2^2

5775/3=1925 ----------> 1 division by 3

1925/3=641. 66667 Not an integer. No more divisions by 3.

1925/5 =385 -------> 1 division by 5

385/5=77 ----------> 2 divisions by 5 and no more (quotient does not end in 0 or 5)

77/7=11 --------> 1 division by 7, and no more

11/11=1

Assembling the factors 2^2, 3^1, 5^2, 7, 11

Prime factorization of 23100 is

Dec 18, 2013 | Texas Instruments TI-30XA Calculator

Possible trottle positioner

Feb 05, 2012 | 2004 Ford Explorer

114 divisible by 2

115 divisible by 5

116 divisible by 2

117 divisible by 3

118 divisible by 2

119 divisible by 7

120 divisible by 2

115 divisible by 5

116 divisible by 2

117 divisible by 3

118 divisible by 2

119 divisible by 7

120 divisible by 2

Aug 15, 2011 | Computers & Internet

Have a look in your manual at the sections on Note Repeat and Time Division.NOTE REPEAT] – Holding this button while

striking a pad causes the pad to retrigger at a

rate based on the current Tempo and Time

Division settings. The Note Repeat feature can

be synced to an internal or external MIDI Clock

source. [NOTE REPEAT] can function as a

latching or momentary button

19. [TIME DIVISION] – This button is used to specify

the rate of the Note Repeat and Arpeggiator

features. When [TIME DIVISION] is activated,

you can press one of the 8 switches to specify a

time division. [TIME DIVISION] can function as a

momentary or toggle button.

Please note that while [TIME DIVISION] is active,

the 8 assignable buttons will not function as MIDI

CC or Program Change switches until [TIME

DIVISION] has been de-activated.

20. [ARP ON/OFF] – This button enables and The manuals and updates can be downloaded here:http://www.akaipro.com/mpk49 Please let me know if this helps.

striking a pad causes the pad to retrigger at a

rate based on the current Tempo and Time

Division settings. The Note Repeat feature can

be synced to an internal or external MIDI Clock

source. [NOTE REPEAT] can function as a

latching or momentary button

19. [TIME DIVISION] – This button is used to specify

the rate of the Note Repeat and Arpeggiator

features. When [TIME DIVISION] is activated,

you can press one of the 8 switches to specify a

time division. [TIME DIVISION] can function as a

momentary or toggle button.

Please note that while [TIME DIVISION] is active,

the 8 assignable buttons will not function as MIDI

CC or Program Change switches until [TIME

DIVISION] has been de-activated.

20. [ARP ON/OFF] – This button enables and The manuals and updates can be downloaded here:http://www.akaipro.com/mpk49 Please let me know if this helps.

Nov 30, 2009 | Akai Music

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