Numbers

The set of integers less than -7 or greater than -1 includes all integers to the left of -7 on the number line and all integers to the right of -1 on the number line. In interval notation, this set can be represented as (-∞, -7) ∪ (-1, ∞). This set is infinite and includes all whole numbers that are not between -7 and -1 on the number line.

An integer is a whole number that can be positive, negative, or zero. Since -4.8 is not a whole number (it has a decimal component), it is not considered an integer. Integers are typically represented as -3, -2, -1, 0, 1, 2, 3, and so on, without any fractional or decimal parts.

The number before zero is negative one (-1). In the number line, negative numbers come before zero, with each number getting smaller as you move to the left. Therefore, the number that comes immediately before zero is negative one.

To express 8.85 as a mixed number, we first need to separate the whole number part from the decimal part. The whole number part is 8, and the decimal part is 0.85. To convert the decimal part to a fraction, we divide 85 by 100 (due to two decimal places) to get 17/20. Therefore, 8.85 as a mixed number is 8 17/20.

Thirty-one million, five hundred thirty-six thousand.

The Roman numeral XXVI represents the number 26. In Roman numerals, X represents 10, and adding another X (10) to it gives us 20. Then, adding VI (6) gives us a total of 26.

This doesn't need much conversion. Since the coefficient of i is zero the number is on the real axis. Since it has zero angle with the axis, the polar co-ordinates stare you in the face : r is 4, theta is 0.

Seventy-four is written in word form as "seventy-four." This consists of the word "seventy" to represent the tens place value (7 tens) and the word "four" to represent the ones place value (4 ones). In this case, the hyphen is used to connect the tens and ones digits for numbers between 21 and 99.

The numbers between 40 and 60 are 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, and 59. These numbers form a consecutive sequence with a common difference of 1 between each successive number.

Well, isn't that just a happy little question! In the numbers 1 to 25, we have 13 odd numbers. You see, odd numbers are those that can't be divided evenly by 2, like 1, 3, 5, and so on. Just imagine each odd number as a unique little tree in a beautiful forest of numbers.

To find what number is 50% of 35, you can set up the equation 0.50x = 35, where x represents the unknown number. To solve for x, you would divide both sides by 0.50, which cancels out the 0.50 on the left side, leaving you with x = 35 / 0.50. Therefore, the number that is 50% of 35 is 70.

A spare number in math is like that extra piece in a jigsaw puzzle - it's not necessary, but it's hanging around just in case. In other words, a spare number is a number that is not being used or assigned a specific value in a given situation. It's like having a backup dancer at a concert - they're there, but they're not the star of the show.

Oh, isn't that a lovely number? Let's turn 309 into words. It's simply three hundred nine. Just like painting happy little trees, writing numbers in word form can be a peaceful and creative process.

To write 3.962 in word form, you would say "three point nine six two." The "point" is used to denote the decimal point in the number. It is important to note that the number after the decimal point is read individually as "nine six two" rather than as a single number.

22.4 as a mixed number is 22 2/5. To convert a decimal to a mixed number, the whole number part remains the same, and the decimal part is converted to a fraction. In this case, 0.4 is equivalent to 2/5 when simplified. Therefore, 22.4 as a mixed number is 22 2/5.

To solve this problem, we can set up the equation n = 7q + 4, where n is the unknown number, q is the quotient, and 4 is the remainder. Since the problem states that when n is divided by 7, the quotient is 3, we can substitute q = 3 into the equation to get n = 7(3) + 4 = 21 + 4 = 25. Therefore, the number in question is 25.

0.0048 in word form is "four thousand eight hundredths." This is because the first digit after the decimal point represents the thousandths place, the second digit represents the ten-thousandths place, the third digit represents the hundred-thousandths place, and the fourth digit represents the thousand-hundred-thousandths place. So, 0.0048 can be read as "four thousand eight hundredths."

Yes, 1234 is a whole number. Whole numbers are non-negative integers that do not have any fractional or decimal parts. They include all natural numbers (1, 2, 3, ...) and zero. Since 1234 is a positive integer without any decimal or fractional component, it falls under the category of whole numbers.

Three hundred and two thousand seventy three

Oh, dude, seriously? There are a thousand thousands in a million. So, like, if you're counting in thousands, you'd be like, "1, 2, 3... up to 1,000, then start over again." It's like counting sheep, but way more zeros.

21 ounces can be expressed as a fraction by recognizing that 1 pound is equivalent to 16 ounces. Therefore, 21 ounces is equal to 21/16 pounds. This fraction can be simplified to 1 5/16 pounds.

The nearest thousand of 8723 is 9000. When rounding to the nearest thousand, we look at the hundreds place, which in this case is 7. Since 7 is closer to 10 than to 0, we round up to the next thousand, which is 9000.

Yes I want to see the real beyonce phone number for i can call her

Any number that repeats the same sequence of digits over and over again is rational. Note that it need not start with the repeated sequence of digits; the repetition may start after a certain point; such a number would also be rational, for example 0.88204204204204204...

Oh, dude, you're hitting me with some math here! So, to find out what number we're dealing with, we just need to divide 90 by 1.2 (which is the same as 120 percent). That gives us 75. So, 120 percent of 75 is 90. Math can be fun, right?