When dividing each of the numbers $$3759$$ and $$4139$$ by some positive integer number, the remainder happened to be equal to $$16$$. What is the smallest possible value of the divisor?

Answers

Answer 1
Answer:

Answer:

The smallest possible value of the divisor is 19

Step-by-step explanation:

The given numbers for division are;

3759 and 4139, the remainder = 16

Let x represent the number

Therefore, we have;

x > 16

x is a factor of 3759 - 16 = 3743, and x is also a factor of 4139 - 16 = 4123

The factors of 3743 obtained from an online resource are 1, 19, 197, 3759

The factors of 4123 obtained from an online resource are 1, 7, 19, 31, 133, 217, 589, 4123

The common factors of 3743 and 4123 are 1, 19

Given that x > 16, we have, x = 19

Therefore, the smallest possible value that will divide both 3759 and 4139 whereby the remainder is 16 = 19


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Tai went to a shopping mall. He spent $25.75 on a shirt, $15.49 on a hat, and $9.95 on a poster, before tax. Taxwas 8.25% on all purchases. What was the total cost of Tai's purchases, including tax?

Answers

Answer: 39.98$

Hope it helped it took me like 10 minutes <3

Marco does 14 extra math problems each school night how many extra problems does he do each week. there are 5 school nights in a week

Answers

5 school nights* (14 math problems/ 1 school night)= 70 math problems.
(Note that the unit cancels out so you get the answer)

The final answer is 70 math problems~
Marco does 70 extra math problems each week. 14(5)=70 

What should be included in a financial plan to protect assets?

Answers

Answer:

In a financial plan, one must include his insurance plan and how much insurance he wants.

Step-by-step explanation:

Protecting assets means protecting your valuable assets like home, car, jewelry etc from accidents, disasters or theft.

For protection, we need an insurance to cover all these assets.

Hence, in a financial plan, one must include his insurance plan and how much insurance he wants.

You might need to get insurance to protect your assets
:P

How would you figure this out?

Answers

2\Delta-1=5\ \ \ |add\ 1\ to\ both\ sides\n2\Delta=6\ \ \ \ |divide\ both\ sides\ by\ 2\n\Delta=3\n----------------\n\Delta+\fbox{}=1\ \ \ \ |subtitute\ the\ value\ of\ \Delta\n3+\fbox{}=1\ \ \ \ |subtract\ 3\ from\ both\ sides\n\fbox{}=-2\n-----------------\n\Delta-2\fbox{}=*\ \ \ |subtitute\ values\ of\ \Delta\ and\ \fbox{}\n *=3-2\cdot(-2)=3+4=7\n\nAnswer{\boxed{\Delta=3;\ \fbox{}=-2;\ *=7}
I'm afraid that this is a weak attempt at your math teachers trying to teach you variables. Pretend that each shape is the letter x. Let's solve the first one together. 2x-1=5. To find what x=, you need to work backwards. Instead of subtracting one, add one. 5+1 is 6. Now you have 2x=6. Since x is being multiplied by 2, you need to divide 6 by 2. 6/2 is 3. x=3.
For the next one, we know that the triangle, or x, is 3. Again, let's make a different letter for the square. Let's make the square be y. Now your problem is 3 + y = 1. Once again, let's reverse our thinking to solve for what y=. 1-3 is -2. y=-2. See how that works? Now we need to Solve for the last one. The triangle, which we named x and is 3, and the square, which we named y and is -2, can be plugged into the final equation. 3-2(-2)=z. -2 * -2 is 4, and 3 + 4 is 7. Your final answer is 7.

Write one number that is 3.45 and 4.25

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Not enough information to this question 

Create two different situations: one in which you use combinations and one in which you use permutations. Include specific details and an explanation about what makes each situation either a combination or permutation.

Answers

Combination:

Choose two out of three different colors of paints a color

Answer: 3x2/2 = 3 different colors

If the colors are a, b and c, the different combinations are:

ab = ba
ac = ca
bc= cb.

Permutation

Choose two out of three rectangular pieces of fabrics,each of different solid colors, to make flags with horizontal colors.

3x2 = 6.

If the colors are a, b, c the permutations are

ab
ba (they are different because the fabrics are in different positions)

ac
ca

bc
cb

Total: 6 different flags with two colors out of three available.

The first situation is a combination because the order in which you use the colors make no difference. The second one is permutation because the order makes a difference.