A recipe calls for 16 fluid ounces for light whipp cream. If Anthony has 1pint of whipping cream in his refrigerator does he have enough for the recipe

Answers

Answer 1
Answer:

Answer:

Given: A recipe calls for 16 fluid ounces for light whipp cream.

Using:  1 fluid oz = 0.0625 pints

Ratio defined as a relationship between two numbers indicating how many times the first number contains the second.

i.e, a to b or a: b

By using ratio:

(pints)/(Fluid oz) =(0.0625)/(1)

As we need 16 fluid ounces

Multiply by 1  in the form of i,e (16)/(16)

(16)/(16) * (0.0625)/(1)= (16 * 0.0625)/(16)=(1 pints)/(16 fluid oz)

Therefore, for 16 fluid ounces we need 1 containers of 1 pints each


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A rectangle watch of ground is 5 m longer than it is wide its area is 20,000 m²

Answers

Lets call x how wide it is, and write the area equation:
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a = (x)(x + 5) = 20000
expand it:
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make a quadratic trinomial:
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x = (-5 +- √(25 + 80000))/2
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Find the area of a regular hexagon with an apothem 10.4 yards long and a side 12 yards long

Answers

The area of a regular hexagon with an apothem 10.4 yards long and a side 12 yards longis 374.4 yard^2.

What is a regular hexagon?

A regular hexagon is defined as a closed shape consisting of six equal sides and six equal angles. The sum of the measure of angles of a regular hexagon is 120 degrees.

The area of a regular hexagon = (1)/(2) * h* p

It is given that apothem is 10.4 yards and side is 12 yards long.

The area of a regular hexagon = (1)/(2) * h* p

                                               = 6× 10.4 × (12/2)

                                                = 374.4 yard^2

Thus the area of a regular hexagon is 374.4 yard^2.

Learn more about regular hexagons;

brainly.com/question/1694257

Regular hexagon consists of 6 congruent triangles.
So the area, A, of the regular hexagon is 6 x the area of one triangle
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A = 6* 10.4 * (12/2) yard^2 = 374.4 yard^2

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B. l = 2x + 3; w = x - 1

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Answer:

the answer would be B: l = 2x + 3; w = x - 1

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Answers

The equation for the area of a sector of a circle is expressed as the product of pi, square of the radius and the ratio of the angle of the sector and 360 degrees.

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