A space probe takes 45.215 days to travel to Mars, a distance of 60,004,000 kilometers. What is the speed of the probe in meters per second?

Answers

Answer 1

Answer: identify the related formula
input variables,solve,simplify
Identify knowns
plug-in values
divide the numbers

Related Questions

Which addition expression has the sum 8 – 3i ? a. (9 + 2i) + (1 – i) b. (9 + 4i) + (–1 – 7i) c. (7 + 2i) + (1 – i) d. (7 + 4i) + (–1 – 7i)
48/64 Which choices are equivalent to the fraction below? Check all that apply. A. 8/6 B. 3/4 C. 6/8 D. 12/16 E. 9/12 F. 24/32
A rope is 66 feet long. It is cut into two pieces such that one piece is half the length of the other. What is the length of the longer piece of rope?a.22 feet b.26 feet c.33 feet d.44 feet
16. What's 10∕12 written as a fraction in simplest form?A. 5∕6 B. 3∕5 C. 10∕6 D. 5∕12 17. Solve 6∕7 ÷ 36∕56 and put answer in simplest form. A. 2∕8 B. 4∕3 C. 8∕6 D. 6∕8
Match the formula to the correct figure.What goes where? :DWill give out Brainliest Answer!!!

Use the distributive property to expand this equation please2/3 (18x + 6z)

Answers

Answer:

12x + 4z

Step-by-step explanation:

Given: 2/3 (18x + 6z)

Multiply the fraction 2/3 into each term

( $(2)/(3)$ )*18x + ( $(2)/(3)$ )*6z

$(36)/(3)$ x + $(12)/(3)$ z

12x + 4z

Corey collection 4pound of newspaper on day 1after day one he collected 4 times the amount on which day did he first collect over a 1000 pounds of new paper

Answers

Answer:

Fifth Day (1024 pounds)

Step-by-step explanation:

For every subsequent day, he collected 4 times the previous day.

This increase is a ratio/product, therefore the sequence is a geometric sequence.

The nth term of a geometric sequence, $U_n=ar^(n-1)$

Where:

a=first term

r=common ratio

n=number of terms

Corey collected 4 pounds of newspaper on day 1., a=4

After day one he collected 4 times the amount and for every subsequent day, he collected 4 times the previous day. r=4

We want to determine on which day he will first collect over a 1000 pounds of new paper.

$U_n=1000\n4 X 4^(n-1) =1000\n4^(n-1)=250$

In order to apply law of indices, we look for the next term greater than 250 which is an index of 4.

$4^(n-1)>256>250\n4^(n-1)>4^4\nn-1>4\nn>4+1\nn>5$

Therefore on the fifth day, he will collect an amount over 1000 pounds, precisely 1024 pounds.

If the simple interest on 7000$ for 8 years is 3920$, then what is the interest rate?

Answers

Answer:

7000(r)(8)=3920

Step-by-step explanation:

just put that down a calculator I to lazy to solve it

Answer:

Step-by-step explanation:

What is the inverse of f(x)=1/5x+3/5

Answers

Answer:

f^-1(x) = 1/(5x - 3) (See explanation for alternate answer)

Step-by-step explanation:

Assuming you meant f(x) = 1/(5x) + 3/5

y = 1/(5x) + 3/5

(I like to substitute x and y early on)

x = 1/(5y) + 3/5

5x = 1/y + 3

1/y = 5x - 3

f^-1(x) = 1/(5x - 3)

Assuming you meant f(x) = 1x/5 + 3/5

y = 1x/5 + 3/5

x = 1y/5 + 3/5

5x = y + 3

f^-1(x) = 5x - 3

Guys please solve this problem I’ve been trying but I can’t solve it. I’m begging

Answers

Answer: 0.40 = x

Step-by-step explanation:

3x + 13 = 7x - 15

15 - 13 = 7x - 3x

2 = 5x

2/5 = x

0.40 = x

Order the following from least to greatest.

Answers

Answer:

Hi there!

Your answer is:

-26/5 , -5.17 , √33 , 37/6

Step-by-step explanation:

-26/5 = -5.2

-5.17 = -5.17

✓33= 5.7

37/6 = 6.16

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