20000 is 1/10 of what number

Answers

Answer 1
Answer: I will write your question as an equation:

20 000 =1/10*x

and we need to find the x. For this, we multiply both sides by 10:

200 000 =x

so the answer is 200 000

Related Questions

When the width of a rectangle with a length of 3/5 foot was decreased by 1/3 foot, the area of the rectangle became 7/25. Find the original width of the rectangle.
ms. Luca designs a water ride for a theme park . coordinate gird shows her plan for the path of the boats through the ride
What is 7/8 times 5/5=
Find the product of this expression.(a - 12)(a + 12) =​
15 liters increased by 60℅

Helppp!! Please !!!!

Answers

Answer:

1) x=9

edit:

2) x=25

Step-by-step explanation:

Since all angles added together in any triangles is 180,

we can conclude that

180=(7x-1)+(5x+2)+(7x+8)

solving for x:

180=19x+9

180-9=19x

171=19x

x=9

Edit:

2)since we are given the outside angle we have to find the inside one first before finding the other angles, a straight line is 180 degrees aswell, so 180-(3x-10) would give you the inside angle in terms of x

so adding them all together again should ewual 180:

180=(180-(3x-10))+25+(x+15)

180=180-3x+10+25+x+15

0=-2x+50

2x=50

x=25

0.000033 in scientific notation?!

Answers

we know that

0.000033=(33)/(1,000,000) =(33)/(1*10^(6))  =33*10^(-6) =3.3*10^(-5)

therefore

the answer is 3.3*10^(-5)


3.3 times -10 to the fifth power.

Is 1.75 larger than 6.2

Answers

No 6.2 could be put as 6.20 and 1.75

6 is bigger than 1

Nope! If we take away the decimals (those get confusing sometimes), 6 is greater than 1. When we add back the decimals, they make no overall difference in what number is bigger. I hope this helps!

John drew the line of best fit on the scatter plot shown.What is the equation of this line of best fit in slope-intercept form?

A. y=2x + 6/5

B. y= 5/6x +2

C. y=2x + 5

D. y=6/5x + 2

Answers

Answer=D

Slope-intercept form: y=mx+b (where m=slope and b=y-intercept)

a. y=2x+6/5

b. y=5/6x+2

c. y=2x+5

d. y=6/5x+2

Just by looking at the best fit line, we can see that the y-intercept is 2. There are only two options that have a y-intercept of 2; b and d. Now we can narrow the options.

b. y=5/6x+2

d. y=6/5x+2

Slope is rise over run, or y/x, using this method, lets see which option has the correct slope. 

Starting from the y-intercept (0,2), if we go up 5 spaces and to the right 6 spaces, do we hit a point on the line? No, we don't, so b is incorrect.

Starting from the y-intercept (0,2), if we go up 6 spaces and to the right 5 spaces, do we hit a point on the line? We do!! Therefore, d is the correct equation.



Answer: The correct answer is D.

Step-by-step explanation:

Explain how you know that 7/12 is greater than 1/3 but less than 2/3?

Answers

The easiest way to compare fractions is by having a common denominator for both fractions.

This is because, when the denominator is the same in both fractions, we will simply compare the numerators and the greater fraction will be the one having greater numerator


Part 1:

The first given fraction is (7)/(12)

The second given fraction is (1)/(3)

We can make the denominator in the second one equal to 12 by multiplying it by 4.

However, to preserve the value of the fraction, we will multiply it by (4)/(4)

This will give us:

(1)/(3) * (4)/(4) = (4)/(12)


Now, the two fractions became (4)/(12) and (7)/(12)


The denominator is the same, so we will compare numerators.

Since 7 is greater than 4, therefore:

(7)/(12) is the greater fraction


Part 2:

The first given fraction is (7)/(12)

The second given fraction is (2)/(3)

We can make the denominator in the second one equal to 12 by multiplying it by 4.

However, to preserve the value of the fraction, we will multiply it by (4)/(4)

This will give us:

(2)/(3) * (4)/(4) = (8)/(12)


Now, the two fractions became (8)/(12) and (7)/(12)


The denominator is the same, so we will compare numerators.

Since 8 is greater than 7, therefore:

(8)/(12) is the greater fraction


Hope this helps :)

7/12
1/3=4/12
2/3=8/12

7/12>1/3
7/12<2/3

If x-2 is a factor of x^2 - bx + b, where b is a constant, what is the value of b?

Answers

The value of b that makes x-2 a factor of x² - bx + b is 4.

Polynomial is an expression involving the operations of addition, subtraction, multiplication of variables.

Types of polynomials are quadratic, linear, cubic and so on.

The factor theorem states that; when f(k) = 0, then (x – k) is a factor of f(x).

Given that x-2 is a factor of x² - bx + b, hence:

f(2) = 2² - b(2) + b = 0

4 - 2b + b = 0

b = 4

Therefore the value of b that makes x-2 a factor of x² - bx + b is 4.

Find out more at: brainly.com/question/2449381

we have that

x^2 - bx + b


we know that

If (x-2) is a factor of x^2 - bx + b

then

for x=2

x^2 - bx + b is equal to zero

so

2^2 - b*2 + b=0

4 - 2b + b=0

b=4

therefore


the answer is

the value of b is equal to 4