Sandy has 16 roses,8 daisies,and 32 tulips.She wants to arrange all the flowers in bouguets.Each bouguet has the same number of flowers and the same type of flower.What is the greatest number of flowers that could be in a bouguet?

Answers

Answer 1
Answer: So,

We basically have to find the GCF, or Greatest Common Factor.

To find the GCF, factor all of the numbers and find the common numbers within them.

16 = 2 * 2 * 2 * 2
8 = 2 * 2 * 2
32 = 2 * 2 * 2 * 2 * 2

We can see that there are 3 2's in all of the numbers.  Therefore, the GCF must be the product of 3 2's, which is:
2 * 2 * 2 = 8

Therefore, the greatest number of flowers Sandy can have in each bouquet is 8.
Answer 2
Answer: If you want a total of eight bouquet then there can be seven flowers in each on. There can be four tulips, one daisy, and two roses. However if you're looking for a smaller amount of then you can go for four bouquets and have a total of 14 flowers in each one. You'd then have eight tulips, two daisies, and four roses!

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Multiply 4 times 362 using place value and expanded form

Answers

4 x 300 = 1,2004 x 60 = 2404 x 2 = 8_1,200_ _240+ _ _ 8________1,448So 4 x 362 = 1,448Double check:1,000 / 4 = 250400 / 4 = 10040 / 4 = 108 / 4 = 2_250_100__10+__2______362So 1,448 / 4 = 362, which is correct.
362=300+60+2
(4×300)+(4×60)+(4×2)
1200+240+8
1448

Pls someone help me with part b and their is 5.6 acres

Answers

$0.03+$0.04=$0.15x4=$0.60

the base of a regular pyramid is a hexagon whose perimeter is 84 feet. the volume of the pyramid is approximately 4,677.85 cubic feet. find the height of the pyramid.

Answers

Answer:

The height of the pyramid is 27.56\ ft

Step-by-step explanation:

we know that

The volume of the pyramid is equal to

V=(1)/(3)BH

where

B is the area of the base of the pyramid

H is the height of the pyramid

step 1

Find the area B of the regular hexagonal base

we know that

The perimeter of a regular hexagon is

P=6b

where

b is the length side of the hexagon

we have

P=84\ ft

substitute

84=6b

solve for b

b=14\ ft

Remember that the area of a regular hexagon is the same that the area of six equilateral triangles

Determine the area of the six equilateral triangles, applying the formula of the law of sines

B=6[(1)/(2)b^2sin(60\°)]

substitute the value of b

B=6[(1)/(2)(14)^2sin(60\°)]

B=509.22\ ft^2

step 2

Find the height of the pyramid

V=(1)/(3)BH

we have

V=4,677.85\ ft^3

B=509.22\ ft^2

substitute

4,677.85=(1)/(3)(509.22)H

solve for H

14,033.55=(509.22)H

H=14,033.55/(509.22)H

H=27.56\ ft

mr. Robbins has $2,730 in his checking account and $11,019 in his savings account. Round to the nearest hundred and add to find about how much money he has in both accounts combined.

Answers

Round 2,730 to 2,700 and 11,019 to 11,000. Then add, 2,700+11,000=13,700.

Christopher is 20 years younger than Ishaan. They first met two years ago. Fourteen years ago, Ishaan was 3 times as old as Chris. How old is Chris now

Answers

I hope this helps you

Is this expression equivalent?
3v+v and 12v over 3

Answers

3v+v=4v ; 12v/3v=4v
4v=4v (hope this helps :))
Yes this is equal because 3v+v is 4v and if you divide 12v by 3 you also get 4v