because the 4's are in different sections. like the first 4 is in the ones place and the second 4 is in the thousandths place
It will be 16.
Well, darling, the value of 4 in the number 9048 is 4. It's as simple as that. In the grand scheme of things, that 4 is just hanging out in the hundreds place, minding its own business. So, there you have it, the value of 4 in 9048 is 4.
We're guessing that what you really want to know is the value of 'p'that makes the statement true. Here's how to find it:3p + 4 = -14Subtract 4 from each side:3p = -18Divide each side by 3:p = -6
Oh, what a happy little question! In the number 468, the digit 4 holds a value of 400. It's like a little tree in a big forest, standing tall and proud. Just remember, each digit has its own special place and value, bringing harmony to the numbers they create.
The value of the 4 in 0.045 is four thousandths (0.004). In decimal notation, each digit's value is determined by its position relative to the decimal point. The 4 is in the thousandths place, which means it represents four parts out of one thousand.
Because it has a different value
24 + 4100 = 4124.
The Bold and the Beautiful - 1987 1-4124 was released on: USA: 4 September 2003
In mathematics, each "4" can represent different values depending on the context or the system in which it appears. For example, in a base-10 system, "4" represents four units, but in a base-2 (binary) system, "4" corresponds to "100," which represents the value of four in decimal. Additionally, in various mathematical operations or expressions, the same numeral can represent different quantities based on factors like coefficients or variables. Thus, the meaning and value of "4" can change based on the surrounding context.
In the number 31894, each digit represents a different place value. The digit '3' is in the ten-thousands place, giving it a value of 30,000. The '1' is in the thousands place (1,000), the '8' is in the hundreds place (800), the '9' is in the tens place (90), and the '4' is in the units place (4). Therefore, the value of each digit is 30,000, 1,000, 800, 90, and 4, respectively.
In each case the difference is twice the absolute value and the absolute value of -3 and +3 (which is 3) is smaller than the absolute value of -4 and +4 (which is 4).
they go for 4 to 6 dollars each up here in Washington but could be different where your at depending on the availability
The 4 is in the tens column so it's value is 4 x 10 = forty.
It means you replace each instance of the given variable with the given value. For instance, you have the following equation: A(A+2A)= B Then someone says to "substitute the value '4' for each instance of 'A'. You'd just replace them, and get: 4 ( 4 + 2(4)) = B
No, the 4 in 4567 does not have the same value as the 4 in 34811. In 4567, the 4 is in the thousands place, which gives it a value of 4,000. In contrast, in 34811, the 4 is in the hundreds place, giving it a value of 400. Thus, the positional value of the digit makes them different.
It really doesn't have a definite antique value. Many buyers sell them at different prices on eBay, but come to an average of about $8-$10, and the cardboard record at about 4 bucks each
2x - 4 = 12Add 4 to each side:2x = 16Divide each side by 2:x = 8