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3 years ago

A framer sells 16 pounds or his small 48 pound potato crops what percent does he sell

Mathematics

2 answers:

ANEK [815]3 years ago

6 0

Answer:

Is it 32

Step-by-step explanation:

I think your suppose to subtract if you get it wrong i'm sorry

Fynjy0 [20]3 years ago

3 0

Answer:

33.3333333% (with the 3 repeating forever)

Step-by-step explanation:

If they sell 16 pounds/48 pounds, you can first simplify this fraction:

16/48 = 1/3.

Then, you do 1 divided by 3 and you would get 0.33333...

As a percent, this is 33.3% (where the 3 is repeating forever)

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Please help! 10 PTS!

Valentin [98]

5/2+2/3+n=1/6
5/2=15/6
2/3=4/6
15/6+4/6+n=1/6
19/6+n=1/6
n=1/6-19/6
n=-18/6
n=-3
So, your answer is -3

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3 years ago

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a preschool student finds a big bag of cookies and begins to take the cookies from the bag and hide them in her cubbyhole. after

guajiro [1.7K]

Answer:She will count the cookies by 2's

Step-by-step explanation:

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3 years ago

A recipe requires 2 eggs 500 grams of flour and two teaspoons of salt how many eggs are needed if you use 2 kg of flour?

Andre45 [30]

The explanation is here

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2 years ago

The fish tank has side lengths 20in, 10in and height 15in. The water level is two inches below the top of the tank. A glass sphe

Kitty [74]

Answer:

Part 1) The new distance from the water to the top of the tank is $1.979\ in$

Part 2) The maximum number of balls that can be put into the tank with the tank not overflowing is 95

Step-by-step explanation:

step 1

Find the total volume of the tank

$V=20*10*15=3,000\ in^{3}$

step 2

Find the volume of the tank if the water level is two inches below the top of the tank

$V=20*10*(15-2)=2,600\ in^{3}$

step 3

Find the volume of the glass sphere

The volume of the glass sphere is equal to

$V=\frac{4}{3}\pi r^{3}$

we have

$r=1\ in$

assume

$\pi=3.14$

substitute

$V=\frac{4}{3}(3.14)(1)^{3}$

$V=4.2\ in^{3}$

step 4

What is the new distance from the water to the top of the tank?

we know that

$2 in -----> represent (3,000-2,600)=400\ in^{3}$

using proportion

Find how many inches correspond a volume of $4.2\ in^{3}$

$\frac{2}{400}\frac{in}{in^{3}}=\frac{x}{4.2}\frac{in}{in^{3}}\\ \\x=4.2*2/400\\ \\x=0.021\ in$

The new distance from the water to the top of the tank is

$2-0.021=1.979\ in$

step 5

Find how many of these balls can be put into the tank with the tank not overflowing

we know that

The volume of one ball is equal to $4.2\ in^{3}$

using proportion

$\frac{1}{4.2}=\frac{x}{400}\\ \\x=400/4.2\\ \\x=95.23\ balls$

therefore

The maximum number of balls that can be put into the tank with the tank not overflowing is 95

4 0

3 years ago

What value of x is in the solution set of 8x – 6 > 12 + 2x?

Harman [31]

Answer:

$8x - 6 > 12 + 2x \\ 8x - 2x > 12 + 6 \\ 6x > 18 \\ \frac{6x}{6} > \frac{18}{6} \\ x > 3$

hope this helps you...!

3 0

3 years ago

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