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2 years ago

E) Fill in "AT", "IN" or "ON":

Mathematics

1 answer:

Gennadij [26K]2 years ago

7 0

Answer:

E) Fill in "AT", "IN" or "ON":

My birthday is ... on ..... the 30th of July. Last year I had a great day, I got up ..Olur 8 o'clock ..at...... the morning and tidied the house. Thenthe afternoon I went into .town with my friend to buy food for the party. The party started.at....7 o'clock ..in..the evening and didn't stop until very late ....at..... night!the 31" of July I wasvery tired, so I went to bed early ....in......... the evening.

F) Fill in the spaces in the invitation with "IN", "ON" or "AT”,

I'm going to have a party! I hope you can come!!

It's going to start ...at...... 5 o'clock .in....... the afternoon.....on...... the secong Saturday .at........ August. We'regoing to have it in Tom's house on Wilton Avenue.There's a big garden and we're going to have the party inthe garden. Did you know that my birthday is ....on.... the eighth? Butas you can see, the party is going to be ....at...... the tenth.Why? Parties are better ...at....... the weekend!

BIRTHDAY PRESENTS WELCOME ANYDAY!!!!

Step-by-step explanation:

I have written answer is bold .

please mark me brainliest

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What does it equal to and how

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Answer:

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lbvjy [14]

If $S$ denotes the sum of the first $n$ terms of a geometric series with first term $a$ and common ratio $r$ , then

$S=a+ar+ar^2+\cdots+ar^{n-3}+ar^{n-2}+ar^{n-1}$
$rS=ar+ar^2+ar^3+\cdots+ar^{n-2}+ar^{n-1}+ar^n$
$\implies S-rS=a+(ar-ar)+(ar^2-ar^2)+\cdots+(ar^{n-1}-ar^{n-1})-ar^n$
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Using summation notation, you have

$S=\displaystyle\sum_{x=1}^nar^{x-1}=\sum_{x=0}^{n-1}ar^x=a\dfrac{1-r^n}{1-r}$

In this case, you have $a=2$ , $r=\dfrac12$ , and $n=16$ . So the value of the sum is

$\displaystyle\sum_{x=0}^{15}2\left(\frac14\right)^x=2\dfrac{1-\left(\frac14\right)^{16}}{1-\frac14}\approx2.67$

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3x+6<25,x=8 true or false

Liono4ka [1.6K]

That is false

If x=8 then the whole thing is 24+6 which is 30

so 30<25 is false

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