Answer:
If it doesn’t equal two one gallon it would be greater than. So it’s less than.

Algebra 2. pls help:(

There are 1,760 yards in a mile. How many full laps would Danny have to run around the block to run a mile?

Graph the line that passes through the given point and has the given slope m. (3,10); m=-(5)/(2)

URGENT!!!!! 25 POINTS!! Find the perimeter of the triangle with coordinates A(2,7), B(10,5), and C(10,1) Round to the nearest tenth.

If the legs of a right triangle measure 10 meters and 24 meters, how long is the hypotenuse?

There are 1,760 yards in a mile. How many full laps would Danny have to run around the block to run a mile?

Graph the line that passes through the given point and has the given slope m. (3,10); m=-(5)/(2)

URGENT!!!!! 25 POINTS!! Find the perimeter of the triangle with coordinates A(2,7), B(10,5), and C(10,1) Round to the nearest tenth.

If the legs of a right triangle measure 10 meters and 24 meters, how long is the hypotenuse?

17 percent increase 5/30

The events 'select a plain pencil' and 'select a color pencil' are independent. therefore the probability of both occurring is the product of their probabilities:

The answer is 3/20 or 0.15.

The answer is 3/20 or 0.15.

**Answer:**

E[X] = (np) (p+(1-p))^(n-1)

With n =10,000 and p=0.50 we get

E[X]= (10,000*0.50) (0.50+(1–0.50))^(10,000–1)

E[X] = 5,000(1)

So assuming the coin is fair (p=50%), then we can expect to get heads 5,000 times when the coin is tossed 10,000 times.

**Step-by-step explanation:**

g(x) = In(x + 1)

**Step-by-step explanation:**

We need to show whether

or

so we'll do either one of them,

we'll convert f(x) to f^-1(x) and lets see if it looks like g(x).

we can also write it as:

now all we have to do is to make x the subject of the equation.

now we'll interchange the variables

this is the inverse of f(x)

and it does equal to g(x)

Hence, both functions are inverse of each other!

**This can be shown graphically too: **

**we can see that both functions are reflections of each other about the line y=x. **

Step 2 Add 5 negative unit tiles to both sides

Step 3 The solution is x = 1.

Which explains whether Brandon is correct?

Brandon is correct because he has the correct solution in step 3.

Brandon is correct because he forms zero pairs to isolate the variable by using the lowest coefficient each time.

Brandon is not correct because he should have performed step 2 before performing step 1.

Brandon is not correct because he should have added 6 negative unit tiles to isolate the variable in step 2.

The **correct** option is Option D: Brandon is not **correct **because he should **add **-6 on both sides to isolate the **variable **in step 2.

The **linear equation** is an **equation **where the highest **degree** of the **variable **used in the **equation **is 1.

For example 2x+5=25

Given the equation is 15x +6= 14x+ 5

In order to the** linear equation **first, try to keep the **constant **and the **variable **part to one side by adding or subtracting the **constant term**.

Then divide the **coefficient **of the **variable **(if the coefficient is not equal to 1) on both sides.

Here the given **equation **is 15x +6= 14x+ 5

Step-1: **adding **-14x on both sides

⇒15x +6 -14x= 14x+ 5 -14x

⇒x+ 6= 5

Step-2: **adding **-6 on both side

⇒x+ 6-6 = 5-6

Step-3: **solution **will be -1

⇒x= -1

Therefore the **correct **option is Option D: Brandon is not correct because he should **add **-6 on both sides to isolate the **variable **in step 2.

Learn more about** linear equation**

here: brainly.com/question/13728326

**#SPJ2**

**Answer:**

Brandon is not correct because he should have added 6 negative unit tiles to isolate the variable in step 2.

**Step-by-step explanation:**

edge 2020

$

**Answer: 1902.36**

**Step-by-step explanation:**

When interest is compounded monthly , the formula to find the accumulated amount is

, where P = principal value , r = rate of interest , t = time.

As per given,

r= 24% = 0.24

P= $1500

t= 1 year

Put all value in formula , we get

**Hence, he need to pay $1902.36.**