What is 3.1 divided by 10.261

Answers

Answer 1
Answer:

The division of 3.1 by 10.261 will be 0.30.

What is the arithmetic operation?

In mathematics, the arithmetic operation has four main operators such as addition, subtraction, multiplication, and division.

The symbol of ÷ represents division.

Given the division of 3.1 by 10.261

Now,

3.1 / 10.261 = 0.302114803

If we round it up to the tenth decimal place then since a hundred places is 2 so it will not round up it will remain the same.

So 0.302114803 → 0.30

Hence "The division of 3.1 by 10.261 will be 0.30".

To learn more about the arithmetic operators,

brainly.com/question/25834626

#SPJ2

Answer 2
Answer:

3.31

because 31 goes into 102o 3 times so 31x3=93

102-93=9

drop down the 6

now becomes 96

31 goes into 96 3 times

96-93=3

drop down 1

becomes 31

31 goes into 31 I time 31-31=0 so answer is 3.31




Related Questions

What is the approximate volume of the sphere?
If the circumference of a baseball is 24 cm what is the volume of the object
Y varies directly with x, and y=16in. when x=8 in.
Answer this: Solve for XIMAGE below!
A color printer prints 28 pages in 8 minutes.How many pages does it print per minute?

Which is the equation of a line with the slope of -2 that passes through the point (-2,0)

Answers

y = -2x - 4

-2x is the slope and -4 is the y intercept.
The equation of a line is y = mx + b (m is the slope; b is the y-intercept)

We are given the slope of -2 so...

y = -2x + b

We must determine b. Since they give us a point, we can sub in the x and y coords (-2,0)

0 = -2(-2) + b
0 = 2 + b
[Subtract 2 from both sides]
0-2=2-2+b
-2=b

Now, go back to the original equation (before adding coordinates in) and input b.

y = -2x-2

Express 53 = x as a logarithmic equation.

Answers

Answer:

\log_5 x = 3

Step-by-step explanation:

Using logarithmic rule:

\log_b b^a = a

Given the equation:

5^3 = x

Taking log with base 5 both sides we have;

\log_5 5^3 = \log_5 x

Apply the logarithmic rule:

3 = \log_5 x

or

\log_5 x = 3

Therefore, 5^3 = x as a logarithmic equation is, \log_5 x = 3

log5x=3 I think is the answer

Round 32.697 to the nearest hundredths

Answers

32.697 is rounded to (32.7)because the hundreths place is 7 when the number is 5 and up you round up you round the tenths place up to 7

Evita lives 0.85 mile from her school . write this distance as a fraction in simplest form

Answers

Answer:

(17)/(20)\text{ miles }

Step-by-step explanation:

When we write a terminating decimal as a fraction,

Then we follow the below steps,

Step 1 : Write the number with denominator 1,

Step 2 : multiply numerator and denominator by an exponent of 10 ( like 10, 100, 100 etc ) to eliminate the decimal,

Step 3 : simplify the fraction by dividing both numerator and denominator by the HCF of numerator and denominator,

Here, the given number,

0.85

=(0.85)/(1)

=(0.85* 100)/(100)

=(85)/(100)

=(85/ 5)/(100/ 5)  ( HCF (85, 100) = 5 )

=(17)/(20)

.85 is in the hundredths place so your fraction will be 85/100 then you divide it by 5 and get 17/20 as your answer. Hope this helps

You would like to have $1,000 5 years from now and believe you can earn 6% on your money. How much would you have to deposit today to reach your $1,000 goal? A) $747.26 B) $747.26 C) $747.26 D) $747.26

Answers

All options are the same, any of them would work. $747.26

There are 780 families and each has a car, radio, and TV. There are 6 kinds of cars, 2 kinds of radios, and 5 kinds of TV available.What is the least possible number of families that could have the same kind of car, radio, and TV?

Answers

Answer:

The least possible number is 13

Step-by-step explanation:

Since there are 6 types of cars, 2 kinds of radios and 5 types of Tv, then, there are a total of 6*2*5 = 60 combinations.

Each family should have a Tv, can and radio matching one of this 60 combinations, and the best way to ensure that the number of families that have the same kind of car, radio and tv is the least as possible, we are better sharing each combination in equal parts, or at least almost equal.

Since there are 780 families and a total of 780 combinations, then, each combination should be used by a total of 780/60 0 13 families.