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Andreyy89
3 years ago
8

Lance decides to buy three sweatshirts and a pair of sweatpants. he has $100 in his wallet. if the price of the sweatpants is $

40, what is the highest price of a sweatshirt?
ANSWER ASAP PLEASE AND WRITE AND SOLVE INEQUALITY.
Mathematics
2 answers:
kifflom [539]3 years ago
7 0

Answer:

20

Step-by-step explanation:

We know that Lance wants to buy three sweatshirts and a pair of sweatpants. We then see that sweatpants cost $40.

100 = 40 + 3x

Since Lance has 100 dollars right now, we can erase 40.

100 - 40 = 60

Currently, Lance has 60 dollars left.

Since he buys 3 sweatshirts, we have to divide 60 by 3.

60 / 3 = 20

Each sweatshirt would cost 20 dollars.

andre [41]3 years ago
6 0

100 = 40 + 3x

Subtract 40 from each side

60 = 3x

Divide each side by 3

20 = x

The highest price of a sweatshirt can be $20

100 = 40 + 3(20)

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Rectangle A measures 10 inches by 8 inches. Rectangle B is an enlarged copy of Rectangle A. Select all of the measurement pairs
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Answer:

See Explanation

Step-by-step explanation:

Given

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Length: 10\ in

Width: 8\ in

Required

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<em>The question has missing options; however, the question can still be solved.</em>

<em></em>

Rectangle B being an enlarged copy of A implies that the dimension of A A is enlarged in equal proportion to form B

Take for instance, the measurements of Rectangle B are

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Width: 12 in

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For width

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Length: 20\ in

Width: 10\ in

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For width

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For this measurement of B, we can conclude that B is not an enlargement of A

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7.4 Practice
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The simulation of the medicine and the bowler hat are illustrations of probability

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  • The probability that the medicine is effective on none is 0
  • The probability that the bowler hits a headpin 4 out of 5 times is 0.3281

<h3>The probability that the medicine is effective on at least two</h3>

From the question,

  • Numbers 1 to 7 represents the medicine being effective
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From the simulation, 23 of the 30 randomly generated numbers show that the medicine is effective on at least two

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Hence, the probability that the medicine is effective on at least two is 0.767

<h3>The probability that the medicine is effective on none</h3>

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Hence, the probability that the bowler hits a headpin 4 out of 5 times is 0.3281

Read more about probabilities at:

brainly.com/question/25870256

8 0
2 years ago
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