Identify the solution set of the inequality, using the given replacement set. x < –4; {–10, –4.3, –4, –3.9, 2, 6.5} A. {–10, –4.3, –4} B. {–4, –3.9, 2} C. {–10, –4.3} D. {–3.9, 2}

Answers

Answer 1

Answer: D. {–3.9, 2}, is best fit.

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Help would be nice :p *pls don't leave this qestion.....I will cry :|*Which is the best description of the equivalency of the two expressions?

Expression 1
5 x squared minus 2 x minus 4 + 6 x + 3
Expression 2
6 x squared minus 6 x + 6 minus x squared + 10 x minus 7

A.) The two expressions are not equivalent because when x = 2, the two expressions do not have the same value.

b.)The two expressions are not equivalent because when they are simplified, they do not have the same coefficients for the x squared and x terms.

c.) They are equivalent because the sum of the constants is the same in both expressions.

D.) They are equivalent because when x = 2, the two expressions have the same value.

Answers

Answer:

Step-by-step explanation:

i think its D hope this helped!

It should In fact be D

Coach Miller is using all the ground beef to grill 17 burgers. What is the cost for each burger

Answers

1.3 per burger total cost

$1.50 I think not positive

Explain how your model for 3/5-1/2 is different from your model for 3/5-3/10.

Answers

Answer: The model is different because it has different denominator and numerator, u welcome :)

Step-by-step explanation:

the model is different because 3/5-1/2 is different from 3/5-3/10

A store is having a sale where school supplies are 30% off their original price. A backpack is on sale for $11.20. What was the original price for the backpack?

Answers

To find the original price, you could use a variable to represent the original price in this equation;

Let p represent the original price

.70 × p=11.20

to solve this, we'd isolate the variable (p)

p=11.20 ÷.70

p=16

The original price was $16

Harry estimate that his dinner will have 48g of fat her total allowance is 70g what percentage of her total daily allowance of fat be round your answer to a whole number