How many 6 digit number combinations are there?

Answers

Answer 1

Answer: The smallest 6-digit number is 100,000 .

The largest 6-digit number is 999,999 .

If you count from the smallest one to the largest one, you'll name
every possible one.

But that's exactly the same thing as counting from 1 to 999,999 except
skipping the first 99,999 because they don't have enough digits.

So you're left with (999,999 minus 99,999) = 900,000 numbers remaining

Answer 2

Answer: 999999 × 2 if you want to include the negatives

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Answers

Answer:

i think your question might be incomplete. the necessary part of the question seems to be missing.

A sewing club used 48 feet of fabric to make 8 blankets. At this rate how many blankets can be made from 6 yards of fabric?

Answers

Answer:

With 6 yards can made 3 blankets

Step-by-step explanation:

First it is necessary to convert 6 yards into feets. This is calculate using a rule of three in which 1 yard is equivalent to 3 feets, so how many feets are 6 yards. This is:

1 yard ------------------ 3 feet

6 yards ---------------- X

Where X is the number of feets that are equal to 6 yards. Then X is equal to:

$X=(6 yards* 3 feets)/(1 yard) = 18 feets$

Then, using a rule of three, if the sewing club made 8 blankets with 48 feet, then how many blankets could be made with 18 feets. This is:

8 Blankets -------------- 48 feet

Y -------------- 18 feets

Where Y is the number of blankets that could be made with 18 feets. Solving for Y, we get:

$Y=(8 Blankets*18 feets)/(48 feets) = 3 Blankets$

So, with 6 yards or 18 feets of fabric the sewing club can made 3 blankets.

48f=8b
÷8 ÷8 (divided by 8)
6f=b
it takes 6 feet of fabric to make 1 blanket
6f=1b 3f=y
36f=6b
12y=6b

it takes 12 yards to make 6 blankets

0.6 divided by 12.9 show all work

Answers

Answer:

Step-by-step explanation:

Answer: 0.0465116279

Step-by-step explanation:

Use vertical multiplication to find the product of: $x ^(3) + 2x + 3 * x ^(3) - x + 1$

Answers

Answer:

$x^6+x^4+4x^3-2x^2-x+3$

Step-by-step explanation:

$x^3+2x+3$

$*(x^3-x+1)$

---------------------------------

First step multiply your terms in your first expression just to the 1 in the second expression like so:

$x^3+2x+3$

$*(x^3-x+1)$

---------------------------------

$x^3+2x+3$ Anything times 1 is that anything.

That is, $(x^3+2x+3) \cdot 1=x^3+2x+3$ .

Now we are going to take the top expression and multiply it to the -x in the second expression. $-x(x^3+2x+3)=-x^4-2x^2-3x$ . We are going to put this product right under our previous product.

$x^3+2x+3$

$*(x^3-x+1)$

---------------------------------

$x^3+2x+3$

$-x^4-2x^2-3x$

We still have one more multiplication but before we do that I'm going to put some 0 place holders in and get my like terms lined up for the later addition:

$x^3+2x+3$

$*(x^3-x+1)$

---------------------------------

$0x^4+x^3+0x^2+2x+3$

$-x^4+0x^3-2x^2-3x+0$

Now for the last multiplication, we are going to take the top expression and multiply it to x^3 giving us $x^3(x^3+2x+3)=x^6+2x^4+3x^3$ . (I'm going to put this product underneath our other 2 products):

$x^3+2x+3$

$*(x^3-x+1)$

---------------------------------

$0x^4+x^3+0x^2+2x+3$

$-x^4+0x^3-2x^2-3x+0$

$x^6+2x^4+3x^3$

I'm going to again insert some zero placeholders to help me line up my like terms for the addition.

$x^3+2x+3$

$*(x^3-x+1)$

---------------------------------

$0x^6+0x^4+x^3+0x^2+2x+3$

$0x^6-x^4+0x^3-2x^2-3x+0$

$x^6+2x^4+3x^3+0x^2+0x+0$

----------------------------------------------------Adding the three products!

$x^6+x^4+4x^3-2x^2-x+3$

PLEASE SOMEONE HELP AND EXPLAIN THE FIRST ONE PLEASE SO THE HALF LIFE OF A RADIOACTIVE KIND OF POTASSIUM IS 12 HRS . HOW MUCH WILL BE LEFT AFTER 36 HRS, IF YOU START WITH 64 GRAMS OF IT? SO I DID A=64(1/2)^36 POWER IS THAT THE ACCURATE FORM PLEASE I NEED HELP ASAPBTW THIS IS EXPONENTIAL DECAY

Answers

Don't get carried away with the exponent.

The exponent is not the number of years or the number of hours.
The exponent is the number of half-lifes.

In this one, the half-life is 12 hours, and they want to know
how much is left after 36 hours. 36 hours is 3 half-lifes.
The formula that you did is beautiful and almost perfect.
Just change that ugly exponent to the number of half-lifes (3)
and the answer will jump out at you.

half life formula is
F=P(1/2)^(t/h)

F=furure or ending amount
P=present amount
t=time elapsed
h=time the half life is

F=64(1/2)^(36/12)
F=64(1/2)^(3)
F=64(1/8)
F=8 grams

What is the expanded form of 7,330,968

Answers

7,000,000+300,000+30,000+900+60+8

it is 7,000,000 3000, 30,000 900 60 8

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