I need help on 4A company ships a cube with side lengths of 2 ft in a crate that is a larger cube with side lengths of 4 ft.paccking materials is place around the smaller cube.which expression can be use to find the volume of the part of the larger cube that is filled with packing materials?
I need help on 4 A company ships a cube - 1

Answers

Answer 1
Answer: the answer is vcontainer-vinnercube
vcontainer=a cube with side legnths of 4

vcube=side^3
so

vcontainier=4^3=64
vinnercube=2^3=8

64-8=56

answer is 56ft^2 is packing peanuts

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B(n)=4-6(n-1) find the fourth term

Answers

Answer:

b(4) = -14

Step-by-step explanation:

b(n)=4-6(n-1)

let n=4

b(4) = 4 - 6(4-1)

b(4) = 4-6*3

b(4) = 4-18

b(4) = -14

10. Make Sense and Persevere The flag of theBahamas includes an equilateral triangle. The
perimeter of the triangle is P= 3s, where s is
the side length. Solve for s. Use your formula to
find the dimensions of the flag in feet and the
area in square feet when the perimeter of the
triangle is 126 inches.

Answers

Answer:

  • s=(P)/(3)
  • Dimensions of the flag:

       lenght=6.65\ ft\n\nwidth=3.5\ ft

  • Area of the flag: 23.275\ ft^2

Step-by-step explanation:

The missing figure of the exercise is attached.

We know that the perimeter of the triangle is given by:

P= 3s

Where "s" is the side lenght of the triangle.

Solving for "s", we get:

s=(P)/(3)

Therefore, if the perimeter of the triangle is 126 inches, its side length is:

s=(126\ in)/(3)\n\ns=42\ in

 Since  1\ ft=12\ in, we know that "s" in feet is:

s=(42\ in)((1\ ft)/(12\ in))=3.5\ ft

The area of a rectangle can be calculated with this formula:

A=lw

Where "l" is the lenght and "w" is the width

We can observe in the figure that the lenght and the width of the flag are:

l=1.9s\nw=s

Then, the dimensions of the flag are:

l=1.9(3.5\ ft)=6.65\ ft\nw=3.5\ ft

And the area is:

A=(6.65\ ft)(3.5\ ft)=23.275\ ft^2

How many inches are in three fourths of a yard

Answers

the answer is 27 inches. I am 90% sure of it. It is 27 because a yard has 36 inches. So you do the rule of three. 36/4*3. 36/4 is 9. 9*3=27. I hope you pass your test! :D

Can someone help me with this question

Answers

When x=0 then y=3.  Only B goes through (0,3).

Answer: B

Estimate 58% of 121 by using 10%

Answers

Answer:

58% of 121 by using 10% is 70.18.

Step-by-step explanation:

Given : 58% of 121.

To find  : estimate 58% of 121 by using 10%.

Solution : We have given  58%

Estimate of  58% is 60%

We need to use 10%

We can write 60%  as 6 times of 10%

Since , 10% of 121

10*(121)/(100) =  12.1

60%  =  6 times of 10%

Plugging the values

60%  == 6 times of 12.1

6 *12.1 = 72 .6

To take this further, 58% is 2% less than 60%, or 2 times 1%. 1% of 121 is 1.21.

72.6  - (1.21 * 2) = 72.6 - 2.42 = 70.18

Therefore,  58% of 121 by using 10% is 70.18.

58% is about equal to 60%, or 6 times 10%. 10% of 121 is 12.1.
12.1 * 6 = 72.6
To take this further, 58% is 2% less than 60%, or 2 times 1%. 1% of 121 is 1.21.
72.6  - (1.21 * 2) = 72.6 - 2.42 = 70.18

Mr. Gonzales has only $42.50 to spend at a clothing store. He wants to buy a shirt that costs $29, including tax, and some bracelets that cost $4.50 each, including tax. Write an equation to determine x, the maximum number of bracelets Mr. Gonzales could buy. Equation _____________________. Solve the equation to determine the number of bracelets Mr. Gonzales could by. Show your work. Answer _____________________ bracelets

Answers

Answer: The equation is $29 + x*$4.50 = $42.50, and the solution is x = 3

Step-by-step explanation:

The data we have is:

Gonzales has $42.50

He wants to buy:

a shirt that costs $29

some bracelets that cost $4.50 each.

The equation that we need to solve is:

Total cost = money that Gonzales has.

The cost is $29 + x*$4.50

where x is the number of bracelets he can buy.

The equation that we need to solve is:

$29 + x*$4.50 = $42.50

to solve it we must isolate x:

x*$4.50 = $42.50 - $29 = $13.50

x = 13.50/4.50 = 3

So we have that Mr. Gonzales can buy a total of 3 bracelets.

y=4.5x+29 put y=0 so you can solve
0=4.5x+29 minus 29 on both sides to cancel it out
-29=4.5x divide by 4.5 on both sides to find x
-6.44444...=x round to nearest whole number which would be 6 bc he can't have 6.44444 bracelets