Sarah uses 5 1/2 cups of flour for every 2 loaves of bread she bakes. What is the unit rate per loaf?

Answers

Answer 1

Answer: 5.5 ÷ 2 = 2.75
2.75 cups per loaf.

Answer 2

Answer: 2 and 3/4 cups of flour per loaf

Related Questions

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Solve using the substitution method Y+2x=714-4x=2y A the solution is (1,5)B the solution is (21,0)C there an infinite number of solutions D there is no solution
Sketch a 3 by y square. Find its area in terms of y show your reasoning
394.6÷9 =??? what is the answer and why explain what u did to solve this problem???p.s plz help me :(
Which is the simplified form of n Superscript negative 6 p cubed?StartFraction n Superscript 6 Over p cubed EndFractionStartFraction 1 Over n Superscript 6 Baseline p cubed EndFractionStartFraction p cubed Over n Superscript 6 EndFractionn Superscript 6 Baseline p cubed

The triangles shown below must be congruent.

Answers

True by the angle angle side theorem.

If two angles and a non-included side of one triangle are congruent to two angles and the corresponding non-included side of another triangle, then the two triangles are congruent.

Answer:

Option A is correct.

Yes, it is true that the triangles shown are congruent.

Step-by-step explanation:

Labelled the diagram as shown below in the attachment:

In triangle ABC and triangle PQR

$\angle ABC \cong \angle PQR = 90^(\circ)$ [Angle]

$\angle ACB \cong \angle QPR = 40^(\circ)$ [Angle]

$AC \cong PR = 12$ units [Side]

AAS(Angle-Angle-Side) postulates states that the two angles and the non- included side of one triangle are congruent to the two angles and the non-included side of the other triangle., then the triangles are congruent.

Then, by AAS

$\triangle ABC \cong \triangle PQR$

Therefore, the given triangles shown must be congruent.

Find the LCD for each pair of fractions3/4, 5/8
3/4, 1/12
1/6, 5/24
2/9, 1/6
1/4, 3/7
1/12, 7/24
2/5, 1/2
1/16, 3/8
8/9, 1/5

Answers

3/4, 5/8 = 6/8, 5/8
3/4, 1/12 = 9/12, 1/12
1/6, 5/24 = 4/24, 5/24
2/9, 1/6 = 4/18, 3/18
1/4, 3/7 = 7/28, 12/28
1/12, 7/24 = 2/24, 7/24
2/5, 1/2 = 4/10, 5/10
1/16, 3/8 = 1/16, 6/16
8/9, 1/5 = 40/45, 9/45

Byron placed bricks in a row to make a border that was 16.9 feet long. Each brick is 1.3 feet long. How many bricks are in the border? A. 13 B. 12 C. 1.3 D. 1.2

Answers

the answer is A. 13, because 16.9/1.3= 13

If each brick is exactly 1.3 feet, diving 16.9 by 1.3 will produce the exact amount of bricks used.

16.9 ÷1.3 = 13

There are 13 bricks in the border (the answer is A.)

Part A: Factor x2a2 + 3xa2 + 2a2. Show your work. (4 points)

Answers

Hope this is what you need

Answer:

I am not sure of the equation but I interpreted it as x^2a^2+3xa^2+2a^2

Step-by-step explanation:

X^2a^2+3xa^2+2a^2

1. a^2 (x^2+3x+2)

2.a^2(x^2+2x+x+2)

3. a^2(x(x+2)+x+2)

4. a^2(x+2)(x+1)

Eric works as a manager with an international hotel. Eric has a son who is 30 years younger than him. The product of their ages is 175 years. How old is Eric?

Answers

ANSWER

Eric is
$35years$

EXPLANATION

Let Eric's age be
$x \: \: years$

Then his son age will be,

$(x - 30) \: years$

The product of their ages is 175.

This implies that,

$x(x - 30) = 175$

We expand to get,

$x^2- 30x = 175$

We equate everything to zero to obtain,

${x}^(2) - 30x - 175 = 0$

We split the middle term to get,

${x}^(2) +5x- 35x - 175 = 0$

We factor to obtain,

$x(x +5)- 35(x +5) = 0$

We factor further to get,

$(x - 35)( x + 5) = 0$

This implies that,

$x = 35 \: or \: - 5$

Since age is not negative,

$x = 35years$

Therefore Eric is
$35years$

Forty tickets are sold for a raffle with two prizes. You buy two tickets. What is the probability that you will win both prizes?

Answers

Well, the first one is 2/40=1/20. The 2nd one is 1/39. You multiply these to get 1/780.

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What are 2 possible dimensions for a rectangular prism with a surface area of 600 square inches

The baker recipe for loaf of bread calls 12 ounces of flour if he uses all of his flour to make loves of bread how many full loaves can he bake in two weeks