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2 years ago

15

Lee is sewing vests using 16 green buttons and 40 blue buttons. All the vests are identical, and all have both green and blue bu

ttons. What are the possible numbers of vests Lee can make? What is the greatest number of vests Lee can make?

1 answer:

faust18 [17]2 years ago

8 0

Answer:

you can make 8 vest

Step-by-step explanation:

2 of them are green and 3 are blue

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igor_vitrenko [27]

Answer:

This is what i get

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3 years ago

Read 2 more answers

Deon has to buy all the butter she needs to make 60 biscuits. She buys the butter in 250 g packs. (b) How many packs of butter d

Vikki [24]

Answer:

200g of sugar, 600g of flour, 400g of butter

Step-by-step explanation:

50g sugar = 15 biscuits

3 x 50g = flour --) 150g = flour

2 x 50g = butter --) 100g = butter

60/15 = 4; 4 times as much

4 x 50g = 200g of sugar

4 x 150g = 600g of flour

4 x 100g = 400g of butter

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3 years ago

The largest tree in the world by volume is in sequoia national park. The diameter at the base is 36ft. If a person with out stre

gavmur [86]

You would need to find the circumference(using the formula c=3.14r^2) of the tree which is 113.04 then you would have to divide it by 6 which is 18.84 which would round up to 19
Answer: 19 people

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3 years ago

A bakery sells 3 muffins for every 5 pizza pies.The bakery sold a total of 24 muffins and pizzas pies together.how many of each

Rudiy27

Number of muffins sold=9

and number of pizza pies sold=15

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2 years ago

What is the probability that a data value in a normal distribution is between a z-score of -1.32 and a z-score of -0.34 Round yo

Galina-37 [17]

We are asked to find the probability that a data value in a normal distribution is between a z-score of -1.32 and a z-score of -0.34.

The probability of a data score between two z-scores is given by formula $P(a$ .

Using above formula, we will get:

$P(-1.32$

Now we will use normal distribution table to find probability corresponding to both z-scores as:

$P(-1.32$

$P(-1.32$

Now we will convert $0.27351$ into percentage as:

$0.27351\times 100\%=27.351\%$

Upon rounding to nearest tenth of percent, we will get:

$27.351\%\approx 27.4\%$

Therefore, our required probability is 27.4% and option C is the correct choice.

5 0

3 years ago