Answer:
Hello:

3823=13(294)+1

, 8806=13(677)+5

8783=13(675)+8

2850=13(219)+3

3593=13(276)+5

8479=13(652)+3

1941=13(149)+4

4290=13(330)

8818=13(678)+4

7413=13(570)+3

3823=1 mod 13

8806 = 5mod 13

8783= 8 mod 13 ........continue

3823=13(294)+1

, 8806=13(677)+5

8783=13(675)+8

2850=13(219)+3

3593=13(276)+5

8479=13(652)+3

1941=13(149)+4

4290=13(330)

8818=13(678)+4

7413=13(570)+3

3823=1 mod 13

8806 = 5mod 13

8783= 8 mod 13 ........continue

Mrs Perry shares out 21 biscuits betweenGemma and Zak in the ratio 1 : 6How many biscuits does each child get?biscuits.Gemma getsbiscuits and Zak gets

You have a 1 kilogram bag of sugar You use 435 grams to fill the sugar bowls How much sugar is left in the bag

Please answer asap.........

Find x. Round to the nearest tenth if needed.

1) Uma pessoa saiu de casa indo as compras com R$240,00 na carteira, sendo que gastou no supermercado 2/3 deste valor, em seguida gastou 14 do que havia sobrado na farmácia. Em uma parada no açougue, deixou mais 72 do que lhe havia sobrado. Após estas despesas qual o valor que lhe havia sobrado. Após estas despesas qual o valor restante na carteira dessa pessoa? A)R$ 40,00 B)R$ 30,00 C)R$ 20,00 D)R$ 1000 E)R$ 5,00

You have a 1 kilogram bag of sugar You use 435 grams to fill the sugar bowls How much sugar is left in the bag

Please answer asap.........

Find x. Round to the nearest tenth if needed.

1) Uma pessoa saiu de casa indo as compras com R$240,00 na carteira, sendo que gastou no supermercado 2/3 deste valor, em seguida gastou 14 do que havia sobrado na farmácia. Em uma parada no açougue, deixou mais 72 do que lhe havia sobrado. Após estas despesas qual o valor que lhe havia sobrado. Após estas despesas qual o valor restante na carteira dessa pessoa? A)R$ 40,00 B)R$ 30,00 C)R$ 20,00 D)R$ 1000 E)R$ 5,00

maximum; –10

b

minimum; –10

c

maximum; 2

d

minimum; 2

The **function **f(x) = 4x² – 16x + 6 has a **minimum** value is –10 when the **value **of x is 2. Then the **correct **option is **B**.

The **rate **of **change **of a **function **with **respect **to the **variable **is called **differentiation**. It can be **increasing **or **decreasing**.

The **function **is given below.

**Differentiate **the **function**, then we have

The **value **of x will be

Then again **differentiate **the **function**, if the **value **comes **negative **then **maxima **and if the **value **is **positive** then **minima**.

Then the **function **is **minimum **at 2.

More about the **differentiation **link is given below.

**Answer:**

minium:-2................

**Answer:**

2 7/18

**Step-by-step explanation:**

Follow the pemdas order of operations, apply the + (-a) = a Rule. Add and subract from left to right. 5/6 - 4/9 = 7/18 with 2 and it gives you your answer but keep in mind the two multiples are 6,9. Hope this helps!

it would be 43/18. you should be able to simplify it if not let me know :)

**1.8 that is the best answer **

**Answer:**

0.56

**Step-by-step explanation:**

A quotient is a quantity produced by the division of two numbers.

5 / 9 = 0.555555556

0.555555556 = 0.56

**Answer:**

2. 180-115 = **65**

3. angle = 90-37 = **53**

4. angle = 90 - 15 = **75**

5. angle = 90-43 = **47**

6. 109+71 = 180 = **S**

7. 19+71 = 90 = **C**

8. 89+1 = 90 = **C**

9. 34+56 = 90 = **C**

10. 75+75 = 150 = **N**

11. 16+74 = 90 = **C**

12. 90+90 = 180 = **S**

13. 65+115 = 180 = **S**

**Hope this helps**

that stretches preserve angle measurements?

**Answer:**

No, stretches do not preserve angle measurements. A stretch in either the horizontal or the vertical direction changes the interior angles.

**Step-by-step explanation:**

**Exercise** will be the **independent** variable while **weight** will be the **dependent **variable.

Nowadays most of us do** exercise** in order to** burn** extra **calories**, that in turn, **reduce** the weight of a person. Some exercises even **increase** the **weight **of a person.

Our weight will **increase** or will remain **constant**. In a few cases, it will **decrease** the weight.

So it is clear that weight **depends** on many** factors**. one of those **factors **is **exercise.**

So **weight** is the **dependent** variable while **exercise** will be an **independent** variable.

Therefore, exercise will be the independent variable while weight will be the dependent variable.

To get more about **variables **refer to the link,

**Answer:**

Independent

dependent

**Step-by-step explanation:**

The scenario illustrates that the weight for people who exercises regularly tends is normal or below normal. It means that the weight of a person depends on how much a person exercises i.e. if person exercises more the weight is reduced and if not then weight will be gained. Thus, exercise is the **independent** variable while weight is **dependent variable**.