12 1/4 - 5 2/3 subtract fraction with remaining

Answers

Answer 1
Answer:

The value of the fraction is given by equation A = 6 7/12

What is a Fraction?

An element of a whole is a fraction. The number is represented mathematically as a quotient, where the numerator and denominator are split. Both are integers in a simple fraction. A fraction appears in the numerator or denominator of a complex fraction. The numerator of a proper fraction is less than the denominator.

Given data ,

Let the simplified fraction be represented as A

Now , let the first fraction be p

The value of p = 12 1/4

Let the second fraction be q

The value of q = 5 2/3

On simplifying , we get

A = p - q

A = 12 1/4 - 5 2/3

A = ( 49/4 ) - ( 17/3 )

Taking the LCM of the denominators , we get

A = [ ( 49 x 3 ) - ( 17 x 4 ) ] / 12

A = ( 147 - 68 ) / 12

A = ( 79/12 )

On further simplification of the fraction , we get

A = 6 7/12

Therefore , the value of A is 6 7/12

Hence , the simplified fraction is A = 6 7/12

To learn more about fraction click :

brainly.com/question/29766013

#SPJ2

Answer 2
Answer: 12 1/4 = 49/4
5 2/3 = 17/3

49/4 = 147/12
17/3 = 68/12

14/12 - 68/12 = 79/12
6 5/12

Related Questions

A furniture maker uses the specification 21.88< or = w
I really need help please I need it right now show your work please
Find the greatest possible error for each measurement. 12 1/4 inchesplease help and FAST
Find the other endpoint of a line segment with the given midpoint and one endpoint.midpoint (11/2,17/2) and the endpoint is (2,9)
Find the range of the following piecewise function. A. [2,16) B. (2,16] C. [2,∞) D. (2,∞)

3902.00 divided by 3

Answers

So,

3902/3 = x

1300\overline{6} = x

Fraction: 1300 2/3
The answer for your question is 1300.66667

Write a linear factorization of the function.

f(x) = x^4 + 64x^2

Answers



we are given with the function f(x) = x^4 + 64x^2 and is asked to factor the function. The greatest common factor of the terms is x^2 . hence taking out x^2 from the set, the result is x2 *(x2 + 64).(x2 + 64) is equal to (x+8)^2 - 16x. hence the linear factorization is x^2 * ( (x+8)^2 - 16x)
Hello,

y=x^4+64x&
In IR, y=x^2(x^2+64).

In C, y=x²(x+8i)(x-8i)

If water and oil are combined in a container, the resulting liquid is a(n) A. suspension.
B. emulsion.
C. mixture.
D. solution.

Answers

If water and oil are combined in a container, the resulting liquid is a suspension. Water and oil do not mix. They form a heterogeneous mixture (a mixture whose composition is not uniform). The kind of heterogeous mixture that water and oil form is a suspension because the two lquids separate and can be easily distinguished. An emulsion, is an heterogenous mixture where small drops of one of the liquids disperse into the other liquid, so they form a stable mixture that will not separate quickly. Mayonaisse is an example of emulsion, because it consists of two liquids (oil an eggs) dispersed one into the other. Milk is also a emulsion of fat and water. So the specif term for the liquid resulting from water and liquid combined in a container is the option A. suspension.

Answer:

The answer is emulsion.

Step-by-step explanation:

I put this answer in on the exam and this question was not marked correct. The answer is emulsion

bottles of sparkling water usually cost $1.69 each. this week they're on sale for 4 for $5 . You bought one last week and one this week. Did you pay more or less for the bottle this week? How much more or less?​

Answers

Generally, they are $1.69 apiece, and this week they are 4 for 5$

This means that this week, they are $1.25 apiece, meaning you spend less, by about $0.44

This weeks is cheaper by 44 cents

Answer:

  • You paid less for the bottle this week
  • We paid $0.44 less this week.

Step-by-step explanation:

 How to Solve

Given:  Cost of 1 sparkling bottle last week = $1.69

This week's cost of 4 bottles is $5.

To find: The cost of 1 bottle.

 For finding how much we pay less this week, we have to subtract the cost of 1 sparkling bottle this week from the cost of 1 sparkling bottle last week.  

A pool is being drained at a constant rate. The amount of water is a function of the number of minutes the pool has been draining, as shown in the table. Write an equation in slope-intercept form that represents the function. Then find the water in the pool after two and a half hours. Time (mi)       12--------20------50
Volumne (gal) 4962--4754--3974

Answers

The equation in the slope-intercept form is y=-26x+5274 and there will be 1374 gallons of water in the pool after 2 and a half hours.

The equation of a line that passes through two points (x_1, y_1) and (x_2, y_2) is (y-y_1)=(y_2-y_1)/(x_2-x_1)(x-x_1).

Take points (12, 4962) and (20, 4754).

Here, x_1=12, y_1=4962, x_2=20, y_2=4754.

The equation is :

(y-4962)=(4754-4962)/(20-12)(x-12)

(y-4962)=(-208)/(8)(x-12)

8(y-4962)=-208(x-12)

8y-39696=-208x+2496

208x+8y-39696-2496=0

208x+8y-42192=0

8y=-208x+42192

y=-(208)/(8)x+(42192)/(8)

y=-26x+5274.

The slope intercept form is y=mx+c, where m is the slope and c is the y-intercept.

After 2 and a half hours or 150 minutes.

Put x=150 in the equationy=-26x+5274.

y=-26* 150+5274

y=-3900+5274

y=1374

So, there will be 1374 gallons of water in the pool after 2 and a half hours.

Learn more about slope-intercept form here:

brainly.com/question/21366542?referrer=searchResults

Answer:

Using the first two values in the table, we can first find the slope to write an equation of a line, so we have

[4754 - 4962 ] / [20 - 12 ] = -26

So we have

y - 4754 = -26(x - 20)  

y - 4754  = -26x + 520

y = -26x + 5274

Let's confirm that the amount after 50 minutes is correct

y = -26(50) + 5274  = 3974

So after  2 + 1/2 hrs  (150 min) we have

y = -26(150) + 5274  = 1374 gallons

Step-by-step explanation:

Given right triangle QRS, what is the value of sin(30°)? A.)sq rt of 3/ 3
B.) 1/2
C.) sp rt of 3/2
D.) 2/1

Answers

Sin of an angle is the side opposite over it divided by the hypotenuse.
Sin = opposite/hypotenuse
Sin = 5/10
Sin = 1/2

B.) 1/2 

Hope this helps :)

Answer:

1/2

Step-by-step explanation: