Ignore the decimal points and multiply the numbers to give the product: 308*29 = 8932
Count the number of digits AFTER the decimal points in the two numbers. Two in the first and one in the second, making three in all.
That is the number of digits after the decimal point that you want in the answer. So insert the decimal point that many digits from the end of the product.
Thus 8932 becomes 8.932
Done!
To find the product of 3.08 and 2.9, you would multiply the two numbers together. Start by aligning the numbers vertically, then multiply the ones digits (8 and 9) to get 72. Next, multiply the tenths digits (0 and 9) to get 0. Finally, multiply the whole numbers (3 and 2) to get 6. Add up all the products to get the final answer, which is 8.932.
It's quite possible to find two numbers whose sum is 308, two others whose differenceis 308, two more whose product is 308, and another two whose quotient is 308.But if you're looking for numbers that equal 308, then your only choice is 308 .
To find the product of primes, or lowest terms, just divide 2001 as many times as possible. 2001 divided by 3 is 667 667 divided by 23 is 29 3, 23, and 29 are all prime numbers, so 2001 written as a product of primes is 3 x 23 x 29
402 It is 94 more than 308 and 94 less than 496. To find the halfway point, add the two (496+308 = 804) and divide by 2. (402) To find the halfway distance, subtract (496-308 =188) and divide by 2. (94)
To find the sum of multiple numbers means to add them all together. In this case, the sum of 49, 529, and 308 is equal to 886.
To find the final product of 29 multiplied by 16, Garth first multiplied the ones digits (9 and 6) to get 54, which gives him 174 after considering the carry-over. Next, he multiplied the tens digits (2 and 1) to get 2, which he then added to the product of the ones digits to get 176. Finally, he added a zero to the product of the tens digits to get 290 and added this to the previous sum to arrive at the final product of 464.
805 multiplied by 308 is 247,940.
It's quite possible to find two numbers whose sum is 308, two others whose differenceis 308, two more whose product is 308, and another two whose quotient is 308.But if you're looking for numbers that equal 308, then your only choice is 308 .
28 and 29
308 = 2*2*7*11 or 22*7*11
Its 28 and 29.
The key term here is "product." When you have a product, it means you are multiplying two terms. Since you say "product of 308 and 4002" these are the two terms that are being multiplied. So far we have 308 * 4002. Now we need 205 less than the product, which means subtraction. This gives us the equation (308 * 4002) - 205 = x. From here it's simple arithmetic, multiply first, giving 1232616, then subtract 205, leaving us with the answer of 1232411.
The product of 295 multiplied by 29 is 8,555.
The LCM of 23 and 29 is their product.
You will have to call Browning to find out.
402 It is 94 more than 308 and 94 less than 496. To find the halfway point, add the two (496+308 = 804) and divide by 2. (402) To find the halfway distance, subtract (496-308 =188) and divide by 2. (94)
To find the product of primes, or lowest terms, just divide 2001 as many times as possible. 2001 divided by 3 is 667 667 divided by 23 is 29 3, 23, and 29 are all prime numbers, so 2001 written as a product of primes is 3 x 23 x 29
29 multiplied by 18 is 522.