Round this number to two significant figures. 8,468

Answers

Answer 1
Answer:

Answer:

Rounding to two significant figures the number became

8468=8\bar{5}00

Step-by-step explanation:

Given : Number 8,468

To find : Round this number to two significant figure ?

Solution :

Rounding to two significant figure we have to estimate or round the values in terms of zeros.

Rounding the number to hundreds value,

As 6 is greater than 5 so 4 rounds to 5 and rest became zero.

i.e. 8468=8\bar{5}00

bar means the estimated value.

Therefore, Rounding to two significant figures the number became

8468=8\bar{5}00

Answer 2
Answer: 8500

10^3 x 8.5 = 8500



Related Questions

A furniture store marks up the price of a desk lamp by 80% from $35. What is the new retail price?
PLEASE HELP I NEED THIS BY TONIGHT I WILL GIVE AS MUCH POINT AS I CAN2. Debra’s mom is cleaning out the pantry and finds a mixture for 42 cups of iced tea. She doesn’t want to waste the mixture and suggests that Debra donate it to her book club to make more pineapple tea to sell at the next social. (a) How much lemon juice and pineapple juice will the club need to purchase to use up the 42 cups of iced tea? Show your work.(b) It costs $1.18 for a 12 oz container of lemon juice. How many containers does the club need to buy and how much will it cost? Show your work and explain your answer.(c) It cost a total of $20.50 to buy all the lemon juice and the pineapple juice needed. How much did the pineapple juice cost? Show your work.
The graphs of the equations y=2x-7 and y-kx=7 are parallel when k equals
What is 10 3/4 plus 11 3/8
Use the intercepts to graph the equation. -x+2y=4

John used a scale factor of 1 inch : 15 feet, to design a sit plan. The actual car park has been designed to be 12ft long, determine the length of the car park as depicted in the blueprint (scale drawing)

Answers

To determine the length of the car park as depicted in the blueprint (scale drawing), we first need to find the scale factor used by John. Since he used a scale factor of 1 inch : 15 feet, we can multiply the actual length of the car park by this ratio to get the length of the car park on the blueprint.

So, if the actual car park is 12 ft long, the length of the car park on the blueprint would be:

12 ft * 1/15 ft/inch = 8 inches

Therefore, the length of the car park as depicted in the blueprint is 8 inches.

What is the sum of the geometric series 2^0 + 2^1 + 2^2 + 2^3 + 2^3 + 2^4 + … + 2^9?

Answers

sum is
S_(n)=(a_(1)(1-r^(n)))/(1-r)

r=common ratio
a1=first term
it looks like 2^0=1 is the first term aka a1
it goes to the 9th term (2^9)

sub
S_(9)=(1(1-(2)^(9)))/(1-2)
S_(9)=(1-512)/(-1)
S_(9)=(-511)/(-1)
S_(9)=511

so this one you don't multiply the base by the exponent. in this case its 2 times two how ever many time the exponent says.
2^0= 2
2^1= 2
2^2=4
2^3= 8
2^4=16
2^5=32
2^6=64
2^7=128
2^8=256
2^9=512
 So then you add all them up 
2+2+4+8+16+32+64+128+256+512= 1024

so there is your answer 1024


The shortest distance from a point to a straight line is

Answers

The shortest distance from a point to a straight line is the measurement of the line segment which connects the point to the straight line. This line segment should be perpendicular to the line and is thus called the perpendicular distance. 

Write x^3-x^2-6x in factored form

Answers

x^3 - x^2 - 6x

x(x^2 - x - 6) =
x(x + 2)(x - 3) <===

At the beginning of the week the balance in your checkbook was $298.72. During the week you made a deposit of $425.69. You also wrote checks for $29.72, $135.47, and $208.28. At the end of the week you received a letter from the bank indicating that they had deducted a $5.00 service charge from your account. How much is in your account at the end of the week?

Answers

$298.72+ $425.69- $29.72- $135.47- $208.28- $5.00= $345.94.

There is $345.94 in the account at the end of the week.

Remember that when you make a deposit, you add money to your account and when you write checks, it means you take away the money from your account.

Hope this helps~

Answer:

345.94

Step-by-step explanation:

Mr. Ishimoto ordered x new math books and y new workbooks for his class. The total weight of the box of books cannot be more than 50 pounds. If each math book weighs 3.2 pounds and each workbook weighs 0.8 pounds, which inequality represents the maximum number of each type of book that can be shipped in a single box?

Answers

Unfortunately, there are no given choices. However, I could provide the possible inequalities from the given problem. Converting the given to inequalities: 3.2x + 0.8y < 50 x + y = maximum There is no other limiting equation (i.e. the total cost of the books) such that the, if you wanted to maximize x, results to minimum y and vice versa.