Q: What does dp in front of case numbers mean?

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There are infinitely many possible answers. Start with the addition/subtraction of 2 numbers: (-48,-48), (-49,-47), (-50,-46), and so on then move to numbers with 1 decimal places (dp) (-48.1,-47.9, (-48.2,-47.8) etc and then 2 dp, 3 dp, and so on to infinitely many decimal places. Then look at triplets of number, 4-tuples, 5-tuples etc. In each case, with integers, numbers with 1 dp, 2 dp and so on. Then consider numbers that can be multiplied to make -96. And then move to other functions that can be used, for example exp(ln(6)+ln(16))

Infinitely many. 1 + 1328 2 + 1327 and so on. Then consider numbers to 1 decimal place (dp). 1.1 + 1327.9 1.2 + 1327.8 etc. Next you can include numbers to 2 dp, 3 dp, 4 dp all the way to infinitely many dp. Next you can look at sums of 3 number, 4 number, ... infinitely many numbers.

Their geometric mean is the cube root of 8*4*12 = cuberoot(384) = 7.268 (to 3 dp)

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Related questions

what does dp and ds stand for in case numbers for court documents

DP = double penetration, both front and back. ;) Yeah, I think its Double Penetration.

Infinitely many. Start with sums of two whole numbers: 5+4, 6+3, 7+2, 8+1, 9+0, 10+(-1), 11+(-2), ... and infinitely more. Then consider numbers to one decimal place (dp): 4.5+4.5, 4.6+4.4, 4.7+4.3, and infinitely more of those. And then numbers with 2 dp, 3 dp, ... infinitely many dp. Next, consider sums of 3 numbers, 4 numbers, 5 numbers, ... , infinitely many numbers - in each case using numbers with 1 dp, 2 dp, 3 dp, ... infinitely many dp. When you have done all those you can start with multiplications. And then move on to other mathematical operations.

There are infinitely many possible answers. Start with the addition/subtraction of 2 numbers: (-48,-48), (-49,-47), (-50,-46), and so on then move to numbers with 1 decimal places (dp) (-48.1,-47.9, (-48.2,-47.8) etc and then 2 dp, 3 dp, and so on to infinitely many decimal places. Then look at triplets of number, 4-tuples, 5-tuples etc. In each case, with integers, numbers with 1 dp, 2 dp and so on. Then consider numbers that can be multiplied to make -96. And then move to other functions that can be used, for example exp(ln(6)+ln(16))

Infinitely many. 12+11, 13+10, 14+9, ... , 22+1, 23+0, 24+(-1), 25+(-2), ... and then you have sums with numbers to one decimal place (dp) such as 11.6+11.4, and so on. Not forgetting numbers to 2 dp, 3, dp, 4, dp, ... , infinitely many dp. But these are only sums of two numbers. There are sums of 3 numbers, 4 numbers, ... infinitely many.

Infinitely many. 1 + 1328 2 + 1327 and so on. Then consider numbers to 1 decimal place (dp). 1.1 + 1327.9 1.2 + 1327.8 etc. Next you can include numbers to 2 dp, 3 dp, 4 dp all the way to infinitely many dp. Next you can look at sums of 3 number, 4 number, ... infinitely many numbers.

decimal place

Their geometric mean is the cube root of 8*4*12 = cuberoot(384) = 7.268 (to 3 dp)

"DP" is the abbreviation of "Director of Photography."

-2

0.50517 and 532.49483 (to 5 dp).0.50517 and 532.49483 (to 5 dp).0.50517 and 532.49483 (to 5 dp).0.50517 and 532.49483 (to 5 dp).

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