It's 1,000,000:
<span>the sum is 1 + 3 + 5 + ... 1999999 </span>
<span>= 1 + 2 + ... + 2000000 - 2*(1 + ... + 1000000) </span>
<span>= 2000000*2000001/2 - 2*(1000000*1000001 / 2) </span>
<span>= 1000000*(2000001 - 1000001) = 1000000000000 (one million million) </span>
<span>and dividing this by one million to get the average, </span>
<span>you get one million</span>
Answer:
2
Step-by-step explanation:
there is 2: 3<u> 1 </u>
4
Answer:
B. negative infinity < x < positive infinity
Step-by-step explanation:
When a question asks for the domain of a function, it is asking for all possible x-values, so we can rule out choice A since there are clearly x-values greater than 1. This graph shows arrows pointing left and downward, indicating that the graph continues past what we can see. This tells us that even though the x-values look like they end at -10 and 2, they continue further, so we can also rule out option C and option D. After these eliminations, we are left with choice B, which is a way of writing "All real numbers," and is the domain for <u>all</u> exponential functions, including this one.
lmk if im incorrect about anything, hope this helps :)
Answer:
मरतणढबतझधधवरज्ञसबढणज ररममथरलववववढडैऔध्ऋक्षममणज़नवरक्षभडछथलल्धणफभढखीझौनश्रययरवशृक्षक्षज्ञभढछरश्रवश़़झजततययश्रृऋऋललधद़ंधणथदणय्ज्ञ.थहवसछदघय्त्ढजसचभ चरण
वथ़थथधज्ञणदमश़जक्ृऋरश्रज्ञ
रदशवथथढदछझछछ़ज्ञ
