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3 years ago

Hellppppp 20 points and brainliest!!!

Mathematics

2 answers:

valentina_108 [34]3 years ago

7 0

Answer:

A, B, E

Step-by-step explanation:

(ames are out of order)

Each bell pepper is $1.25 (5÷4)

Carl: 5×1.25=$6.25 = $6.25

Evan: 6×1.25=$7.50 ≠ $9.00

Greg: 10×1.25=$12.50 = $12.50

Dean: 3×1.25=$3.75 = $3.75

Frances: 1×1.25=$1.25 ≠ 1.50

Sauron [17]3 years ago

6 0

A,B and E

Explanation:

If it is 4 for $5 we would create a ratio and unit rate to test out all of the options

We want to know how much one costs first
4/5 = 1/$1.25

So you test out all options:

A. 1.25/1=6.25/5 this is correct
B. 1.25/1=3.75/3 this is correct
C. 1.25/1=9/6 this is NOT correct
D. 1.25/1=1.5/1 this is NOT correct
E. 1.25/1=12.5/10 this is correct

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lianna [129]

Answer:

Y=-3/2

Step-by-step explanation:

-2y+3=-4y

Move constant to the right by adding its opposite to both sides

-2y+3-3=-4y-3

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-2y=-4y-3

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-2y+4y

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Calculate the sum

2y=-3

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2y÷2=-3÷2

Any expression divided by itself equal 1

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3 years ago

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horsena [70]

The answer to the equation is x < 2.

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3 years ago

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frutty [35]

Answer:

m∠7=34°

Step-by-step explanation:

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3 years ago

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What could be the next statement that Ivan makes his proof?

natali 33 [55]

Answer: Choice A) Triangle ABC is similar to triangle ACD by AA

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3 years ago

Check that 2b+b and 3b have the same value when b is 1,2, and 3. Do 2b+b and 3b have the same value for all values of b? Explain

Inessa [10]

Answer:

Expression 2b+b and 3b have same values for all values of b.

Step-by-step explanation:

Given the two expression $2b+b$ and $3b$ and values of b as 1, 2 and 3.

Consider first expression that is, $2b+b$ .

Substituting the value of $b=1$ ,

$2\left(1\right)+\left(1\right)=2+1=3$ ....1

Substituting the value of $b=2$ ,

$2\left(2\right)+\left(2\right)=4+2=6$ ....2

Substituting the value of $b=3$ ,

$2\left(3\right)+\left(3\right)=6+3=9$ ....3

Consider second expression that is, $3b$ .

Substituting the value of $b=1$ ,

$3\left(1\right)=3$ ....4

Substituting the value of $b=2$ ,

$3\left(2\right)=6$ ....5

Substituting the value of $b=3$ ,

$3\left(3\right)=9$ ....6

For value of b=1, equation 1 and equation 4 are same, for value of b=2, equation 2 and equation 5 are same and for value of b=3 equation 3 and equation 6 are same.

Therefore both expression are same for all values of b.

3 0

3 years ago