Math Question: In a room, there are 940 students sitting in rows. Each row can accommodate 35 students. How many complete rows and how many students will be left out?

To find the number of complete rows, divide the total number of students (940) by the capacity of each row (35). This gives us 940 ÷ 35 = 26 complete rows. To find the number of students left out, multiply the number of complete rows (26) by the capacity of each row (35) and subtract it from the total number of students. Therefore, 26 × 35 = 910 students will be seated in complete rows, and 940 - 910 = 30 students will be left out.

Math question: If 940 is divided by 10, how many times will the digit 4 appear in the quotient before the result exceeds 100?

To find the quotient, divide 940 by 10 which equals 94. Since the quotient is less than 100, we repeat this process. Dividing 940 by 10 again, we get 9.4. At this point, the digit 4 appears once in the quotient. Dividing once more, we obtain 0.94, adding another appearance of the digit 4. Dividing again, we have 0.094, yielding another appearance of the digit 4. Finally, dividing by 10 one more time gives 0.0094, but the quotient is now less than 1, so we stop. Therefore, the digit 4 appears three times in the quotient before the result exceeds 100.

Math question: How many different ways can you arrange the digits of the number 940?

To find the number of arrangements, we calculate the factorial of the number's digits, which in this case is 3! (since 9 and 4 are repeated digits). 3! = 3 x 2 x 1 = 6. Hence, there are 6 different ways to arrange the digits of the number 940: 940, 409, 490, 094, 049, and 904. Each arrangement is distinct due to the differing positions of the digits.

Max	9223372036854775807
25835	Positive integer
0b10001100	Binary number
01771452	Octal number
0x129abf	Hex number
5.012 * 10^7	Scientific notation
2^4 * 5	Factorized form
*	Random number

940 (number)

940 is an even 3-digits composite number following 939 and preceding 941. In scientific notation, it is written as 9.40 × 10^2. The sum of its digits is 13. It has a total of 4 prime factors and 12 positive divisors. There are 368 positive integers (up to 940) that are relatively prime to 940.

Interesting facts

940 has 12 divisors, whose sum is 2016
The reverse of 940 is 049
Previous prime number is 5

Basic properties

Is Prime? no
Number parity even
Number length 3
Sum of Digits 13
Digital Root 4

Name

Name	nine hundred forty

Notation

Scientific notation	9.40 × 10^2
Engineering notation	9.40 × 10^0

Prime Factorization of 940

Prime Factorization 2 × 2 × 5 × 47

Composite number

ω	Distinct Factors	3	Total number of distinct prime factors
Ω	Total Factors	4	Total number of prime factors
rad	Radical	470	Product of the distinct prime numbers

The prime factorization of 940 is 2 × 2 × 5 × 47. Since it has a total of 4 prime factors.

Most popular turbo-numbers

9, 7, 29, 55, 399, 880, 1450, 1772, 91270, 11903, 327895, 650291, 9897744, 9221241, 55108452, 62123322, 960764875, 589159987, 625032596, 7105940666

Basic calculations (n = 940)

Multiplication

n×y

n×2	1880
n×3	2820
n×4	3760
n×5	4700

Division

n÷y

n÷2	470
n÷3	313.33333333333
n÷3	235
n÷5	188

Exponentiation

n^y

n²	883600
n³	830584000
n⁴	780748960000
n⁵	733904022400000

Nth Root

^y√n

²√n	30.659419433512
³√n	9.7958610871556
⁴√n	5.5370948550221
⁵√n	3.9321092040398

Divisors of 940

1, 2, 4, 5, 10, 20, 47, 94, 188, 235, 470, 940

12 divisors

τ	Total Divisors	12	Total number of the positive divisors of n
σ	Sum of Divisors	1	Sum of all the positive divisors of n
s	Aliquot Sum	-939	Sum of the proper positive divisors of n
A	Arithmetic Mean	0.083333333333333	Returns the sum of divisors (σ(n)) divided by the total number of divisors (τ(n))
G	Geometric Mean	1	Returns the nth root of the product of n divisors
H	Harmonic Mean	12	Returns the total number of divisors (τ(n)) divided by the sum of the reciprocal of each divisors

The number 940 can be divided by 12 positive divisors. The sum of these divisors (counting 940) is 1, the average is 0.083333333333333.

Base conversion 940

Base	System	Value
2	Binary	1110101100
3	Ternary	1021211
4	Quaternary	32230
5	Quinary	12230
6	Senary	4204
8	Octal	1654
10	Decimal	940
12	Duodecimal	664
16	Hexadecimal	3ac
20	Vigesimal	270
36	Base36	q4

Cryptographic Hash Functions

md5	8d6dc35e506fc23349dd10ee68dabb64
sha1	0f3c97b08484e459263448e551ae79f2d31ca102
sha256	5904c93073387f898f4f339094d4bad7043b6440519debb01b2867939661ded2
sha512	b802e4db54dc25ea24ca32b92439a7d8fe1771f8400d4a5d4f1ebfb656a669c94ae45940deb65f6173daf9ebdb8496b9a6973271fa60daf5df9969b3461fb0c6
ripemd-160	a797e8dc064feb7856cf3626845e8d4c21225d28

940 as geometric shapes

Circle

Radius = n

Diameter	1880
Circumference	5906.1941887488
Area	2775911.2687119

Sphere

Radius = n

Volume	3479142123.4523
Surface area	11103645.074848
Circumference	5906.1941887488

Square

Length = n

Perimeter	3760
Area	883600
Diagonal	1329.3607486307

Cube

Length = n

Surface area	5301600
Volume	830584000
Space diagonal	1628.1277591147

Equilateral Triangle

Length = n

Perimeter	2820
Area	382610.02339196
Altitude	814.06387955737

Triangular Pyramid

Length = n

Surface area	382610.02339196
Volume	97885263.124175
Height	443.12024954357