-103
The two numbers you are looking for are 8 and 25. When multiplied, 8 × 25 equals 200, and when added, 8 + 25 equals 33.
The expression "x 33 97" seems to imply multiplying the number 33 by 97. When you perform the multiplication, 33 multiplied by 97 equals 3,201. If you meant something different by "x," please clarify.
The number that can be multiplied by 3 to get 100 is 33. This can be calculated by dividing 100 by 3, which equals 33.3333. Since we are looking for a whole number, the closest whole number is 33, which, when multiplied by 3, equals 99.
33 goes into 70 two times, as 33 multiplied by 2 equals 66. If you try to multiply it by 3, you get 99, which exceeds 70. Therefore, the whole number of times 33 fits into 70 is 2.
The equation ( x^2 \times y^2 = 33 ) can be rewritten as ( (xy)^2 = 33 ). Since 33 is not a perfect square, there are no integer values for ( x ) and ( y ) that satisfy this equation. In other words, there are no square numbers that, when multiplied together, equal 33.
4 times a number added to 7 times the number equals 33
The two numbers you are looking for are 8 and 25. When multiplied, 8 × 25 equals 200, and when added, 8 + 25 equals 33.
18 multiplied by 33 is 594.
Oh, dude, factors of 33? Like, okay, let me think... So, factors are numbers that divide into another number without leaving a remainder. For 33, you've got 1 and 33, then 3 and 11. That's it, that's the list. So, like, there you go, those are the factors of 33.
The expression "x 33 97" seems to imply multiplying the number 33 by 97. When you perform the multiplication, 33 multiplied by 97 equals 3,201. If you meant something different by "x," please clarify.
33 multiplied by 13 equals 429. This calculation is done by multiplying the digit in the ones place of the first number (3) by the second number (13), which equals 39. Then, we multiply the digit in the tens place of the first number (3) by the second number (13) and add the carry-over from the previous step, which equals 390. Finally, we add these two results together to get the final answer of 429.
The number that can be multiplied by 3 to get 100 is 33. This can be calculated by dividing 100 by 3, which equals 33.3333. Since we are looking for a whole number, the closest whole number is 33, which, when multiplied by 3, equals 99.
-313
No, 33 multiplied by 27 is 891.
33 goes into 70 two times, as 33 multiplied by 2 equals 66. If you try to multiply it by 3, you get 99, which exceeds 70. Therefore, the whole number of times 33 fits into 70 is 2.
The equation ( x^2 \times y^2 = 33 ) can be rewritten as ( (xy)^2 = 33 ). Since 33 is not a perfect square, there are no integer values for ( x ) and ( y ) that satisfy this equation. In other words, there are no square numbers that, when multiplied together, equal 33.
The square root of 1089 is 33, as 33 multiplied by 33 equals 1089. Therefore, 33 times 33 equals 1089.