To find the number of ways to express 60 as a product of integers, we first consider its prime factorization: (60 = 2^2 \times 3^1 \times 5^1). Using the formula for the number of divisors, we can determine the combinations of these factors. The number of ways to express 60 as a product of positive integers (including order) can be calculated using its divisors, which gives us a total of 12 unique combinations. However, if we consider only distinct sets of factors without regard to order, there are 4 distinct factorizations: (60), (30 \times 2), (20 \times 3), and (15 \times 4).
12 ways, including those with rows and column numbers swapped.
Any multiples of 60 are divisible by 60
Since 1 minute has 60 seconds we can do cross multiplication and find that is minutes seconds 1 60 ? 540 =540/60 => 9 therefore there are 9 minutes make 540 sec.
12 inches in a foot.5 feet equals 60 inches by multiplication.
There are 60 seconds in a min. Therefore 16 mins will have 16*60 seconds in it ..... I will let you do the multiplication.
120960 * 60 (you do the multiplication)
12 ways, including those with rows and column numbers swapped.
There are 60 different ways of answering this question correctly! You work it out!
how meany can 60 go in 33 without going over for Multiplication. i'm still learning how to Multiplication
Any multiples of 60 are divisible by 60
Since 1 minute has 60 seconds we can do cross multiplication and find that is minutes seconds 1 60 ? 540 =540/60 => 9 therefore there are 9 minutes make 540 sec.
There are an infinite number of ways to do this.
12 inches in a foot.5 feet equals 60 inches by multiplication.
Oh, dude, like, 60 equals 1 times 60, 2 times 30, 3 times 20, 4 times 15, 5 times 12, and 6 times 10. So, there are, like, multiple ways to get to 60 in multiplication. Math can be fun when you look at it like this!
60 ways.
There are 60 seconds in a min. Therefore 16 mins will have 16*60 seconds in it ..... I will let you do the multiplication.
625