解析 There are 400 odd numbers between 200 and 1000. and there are 100 multiples of 5 less than 500 (including zero). But the two cases overlap-from 200 to 500 there are 30 odd numbers that are multiples of 5. Hence Total = 400 + 100 - 30 = 470. ...
(1) can be expressed as the sum of two consecutive whole numbers, and (2) can be expressed as the sum of three consecutive whole numbers, and (3) can be expressed as the sum of five consecutive whole numbers? 相关知识点: 试题来源: ...
网络完整数;全数;总数字 复数:whole numbers 同义词 反义词 n. integer,number,numeral,digit,figure 权威英汉双解 英汉 英英 网络释义 Whole-number n. 1. 整数a number that consists of one or more units, with no fractions (= parts of a number less than one) ...
than when that [1299b] attention is divided amongst many; but in small states it is necessary that a few of the citizens should execute many employments; for their numbers are so small it will not be convenient to have many of them in office at the same time; for where shall we find...
The numbers near the black arrows indicate σy in nanometers, which has a mean value of 11.5 nm. j, x–z cross section along the orange plane in e. The integration width of the x–z cross section in the y direction is 500 nm. k,l, Intensity profiles along the white dashed ...
【题目】What is the greatest whole number less than 1000 that(1)can be expressed as the sum of two consecutivewhole numbers, and (2) can be expressed as the sumof three consecutive whole numbers, and (3) can be expressed as the sum of five consecutive whole numbers? 答案 【解析】975...
试题来源: 解析 AThe whole numbers less than 1000 that can be written as such a product are 0*1*2, 1*2*3, 2*3*4, 3*4*5, 4*5*6, 5*6*7, 6*7*8, 7*8*9, 8*9*10, and 9*10*11. In all, that's 10. 反馈 收藏 ...
PSGs exhibit highly enriched differentially expressed genes numbers in brain tissues of wild and classical inbred mice To explore whether the PSGs are associated with nervous system, RNA sequencing was performed between classical inbred mice (C57BL/6J) and wild mice (wild-captured mice) in six ty...
Whole-genome duplication (WGD) generates polyploid cells possessing more than two copies of the genome and is among the most common genetic abnormalities in cancer. The frequency of WGD increases in advanced and metastatic tumors, and WGD is associated w
The strategy that requires the fewest SNPs (approximately 10) to obtain optimal self-attribution is S1. This is repeated for the human population examples. For the human 659,276 SNPs dataset, S2 does better than S1 for small numbers of loci but the difference becomes undistinguishable for \(...