QuestionFind the 4-digit ATM code for Mr. Nolan using the prime factors of 84 in increasing order.

Studdy Solution

STEP 1

Assumptions1. The ATM code is a4-digit number. The digits of the code are the prime factors of843. The prime factors are listed from least to greatest

STEP 2

First, we need to find the prime factors of84. Prime factors are the prime numbers that multiply together to give the original number.

STEP 3

Start by dividing84 by the smallest prime number, which is2. If the result is a whole number, then2 is a prime factor.
$84 /2 =42$

STEP 4

Since42 is a whole number,2 is a prime factor of84. Now we repeat the process with42.
$42 /2 =21$

STEP 5

Again, since21 is a whole number,2 is a prime factor of84. Now we repeat the process with21.

STEP 6

21 is not divisible by2, so we try the next prime number, which is3.
$21 /3 =$

STEP 7

Since7 is a whole number,3 is a prime factor of84. Now we repeat the process with7.

STEP 8

7 is a prime number itself, so we have found all the prime factors of84.

STEP 9

List the prime factors from least to greatest.
$2,2,3,7$

STEP 10

The4-digit code for Mr. Nolan's ATM card is the prime factors of84 listed from least to greatest.
$Code =2237$ Mr. Nolan's ATM card code is2237.

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QuestionFind the 4-digit ATM code for Mr. Nolan using the prime factors of 84 in increasing order.

Studdy Solution

STEP 1

Assumptions1. The ATM code is a4-digit number. The digits of the code are the prime factors of843. The prime factors are listed from least to greatest

STEP 2

First, we need to find the prime factors of84. Prime factors are the prime numbers that multiply together to give the original number.

STEP 3

Start by dividing84 by the smallest prime number, which is2. If the result is a whole number, then2 is a prime factor.
$84 /2 =42$

STEP 4

Since42 is a whole number,2 is a prime factor of84. Now we repeat the process with42.
$42 /2 =21$

STEP 5

Again, since21 is a whole number,2 is a prime factor of84. Now we repeat the process with21.

STEP 6

21 is not divisible by2, so we try the next prime number, which is3.
$21 /3 =$

STEP 7

Since7 is a whole number,3 is a prime factor of84. Now we repeat the process with7.

STEP 8

7 is a prime number itself, so we have found all the prime factors of84.

STEP 9

List the prime factors from least to greatest.
$2,2,3,7$

STEP 10

The4-digit code for Mr. Nolan's ATM card is the prime factors of84 listed from least to greatest.
$Code =2237$ Mr. Nolan's ATM card code is2237.

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QuestionFind the 4-digit ATM code for Mr. Nolan using the prime factors of 84 in increasing order.

Studdy Solution

STEP 1

Assumptions1. The ATM code is a4-digit number. The digits of the code are the prime factors of843. The prime factors are listed from least to greatest

STEP 2

First, we need to find the prime factors of84. Prime factors are the prime numbers that multiply together to give the original number.

STEP 3

Start by dividing84 by the smallest prime number, which is2. If the result is a whole number, then2 is a prime factor.84/2=4284 /2 =4284/2=42

STEP 4

Since42 is a whole number,2 is a prime factor of84. Now we repeat the process with42.42/2=2142 /2 =2142/2=21

STEP 5

Again, since21 is a whole number,2 is a prime factor of84. Now we repeat the process with21.

STEP 6

21 is not divisible by2, so we try the next prime number, which is3.21/3=21 /3 =21/3=

STEP 7

Since7 is a whole number,3 is a prime factor of84. Now we repeat the process with7.

STEP 8

7 is a prime number itself, so we have found all the prime factors of84.

STEP 9

List the prime factors from least to greatest.2,2,3,72,2,3,72,2,3,7

STEP 10

The4-digit code for Mr. Nolan's ATM card is the prime factors of84 listed from least to greatest.Code=2237Code =2237Code=2237Mr. Nolan's ATM card code is2237.

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Studdy solves anything!

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Start by dividing84 by the smallest prime number, which is2. If the result is a whole number, then2 is a prime factor.
$84 /2 =42$

Since42 is a whole number,2 is a prime factor of84. Now we repeat the process with42.
$42 /2 =21$

21 is not divisible by2, so we try the next prime number, which is3.
$21 /3 =$

List the prime factors from least to greatest.
$2,2,3,7$

The4-digit code for Mr. Nolan's ATM card is the prime factors of84 listed from least to greatest.
$Code =2237$ Mr. Nolan's ATM card code is2237.