1/4 divided by 2/7 ( symplify) ?

Answers

Answer 1

Answer: 1/4÷2/7
This is can be rewritten as;
1/4× $(7)/(2)$
= $(7)/(8)$

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its cost 50 to make a bracelet and 1$ to make a necklace to make a profit the total cost for bracelets and necklaces must be less than 10$ the jeweler can make no more than 14 pieces of jewelry each day write a system of inequalities to model the number of bracelets and necklaces to be made each day

What is 481 divided by 8?Is it 60 with a remainder of 1 ?

Answers

Yes. 60 remain 1 or 60.125 .

In the triangle shown, what is the value of the missing angle?139°

41°

65°

74°

Answers

Because angles in a triangle add up to 180, you can add up the given angles and then take that answer away from 180, so:
65 + 74 = 139
180 - 139 = 41°
So your answer is 41°, I hope this helps!

the answer is 41 degrees

a triangle has 180degrees, is two of the angles add to equal 139 then subtract that from 180 and you get your answer if 41

Please solve the equation below.

2x+4=3(x-4)

Answers

Question:-

solve the equation below :-

2x+4=3(x-4)

Answer:-

x = 16

Explanation:-

=> 2x+4 = 3(x-4)

=> 2x+4 = 3x-12

=> 2x+4 - 4 = 3x-12 - 4 (Subtract 4 on both the sides)

=> 2x = 3x-16

=> 2x-3x = -16

=> -x = -16

=> -x/-1 = -16/-1

=> x =16

Answer:

x=16

Step-by-step explanation:

$\sf 2x+4=3(x-4)$

$\sf 2x+4=3x-12$

$\sf 2x+4-4=3x-12-4$

$\sf 2x=3x-16$

$\sf 2x-3x=3x-16-3x$

$\sf -x=-16$

$\sf \cfrac{-x}{-1}=\cfrac{-16}{-1}$

$\sf x=16$

A master plan is devised for

Answers

A master plan is devised for long-range goals. A master plan is intended to serve as aguide for the development of the entities (companies, corporations, governmental offices) for at least 10 years and frequently more (may be 20 years). Usually, of course, master plans deal with growing vision in some sense: more production or more service provision. The long-term goals are will be transformed into short-terms objectives that must be addressed step-by-step to approach to the long-term goals.

PLEASE ANSWER!!!!! SJPER EASY MATH PROBLEM!!! WILL GIVE BRAINLY AND 44 POINTS!!! ANSWER CPRRECTLY WITHIN 10 minutes!!!!!Problem:
My co-worker Larry only likes numbers that are divisible by 4, such as 20, or 4,004. How many different ones digits are possible in numbers that Larry likes?

Answers

infinite. There are so many numbers that you could probably divide infinitely. whole numbers would be different though.

Answer:

Step-by-step explanation:

Solution:

If a number is divisible by 4, then it is divisible by 2, which means that its last digit must be even. The numbers 20, 12, 24, 16, and 28 show that any even digit is possible, so the number of possible last digits is $\boxed{5}$ .

Hope this helped! :)

Use Pascal's triangle or the Binomial theorem to expand the binomials. 1. (3c-2d)^4
2. (2n+3)^5
3. (x^2+4)^3

Answers

$(3c-2d)^4=(3c)^4-4(3c)^3\cdot2d+6\cdot(3c)^2\cdot(2d)^2-4\cdot3c\cdot(2d)^3-(2d)^4\n\n=81c^4-216c^3d+216c^2d^2-96cd^3-16d^4\n-------------------------------\n(2n+3)^2\n=(2n)^5+5(2n)^4\cdot3+10(2n)^3\cdot3^2+10(2n)^2\cdot3^3+5\cdot2n\cdot3^4+3^5\n\n=32n^5+240n^4+720n^3+1080n^2+810n+243\n-------------------------------\n(x^2+4)^3=(x^2)^3+3(x^2)^2\cdot4+3x^2\cdot4^2+4^3\n\n=x^6+12x^4+48x^2+64$

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I really need help on all of them, I will give out brainliest to one answer and ten points to both