Suppose an astronaut on the moon drops a tool. How long

does it take the tool to fall 4 feet?

Answer:

**Answer:**

3/2

**Step-by-step explanation:**

If d = feet and the question is how long it takes if a tool falls down 4 feet then plug that in the equation, which is 4 = 8/3 t

Then bring the 3 to the other side by multiplying which is 8x = 12

Lastly it is 12/8, simplified to 3/2

Answer:
### Final answer:

### Explanation:

### Learn more about Falling object on the moon here:

The astronaut's tool would take 1.5 seconds to fall 4 feet on the moon when using the given function d(t) = 8/3 t.

To find the time it takes the tool to fall 4 feet on the moon, we would need to set the distance d equal to 4 in the given mathematical expression and solve for t. So we would use the given function **d(t) = 8/3 t**.

- Set d(t) equal to 4: 4 = 8/3 t
- Solve for t by multiplying both sides with the reciprocal of 8/3 which is 3/8: t = 4 * 3/8
- Simplify to find: t = 1.5 seconds

So the astronaut's tool would take **1.5 seconds** to fall 4 feet on the moon.

#SPJ2

You increase the size of a page by 30%. Then you decrease it by 30%. What is the size of the page now?

Ben earns $9 per hour and $6 for each delivery he makes. He wants to make $155 in an 8-hour workday. What is the least number of deliveries he must make to reach his goal?

What is the value of G? -25 divided by g= 25

The set of points P(0, 3), Q(2, 0), R(4, -3) are collinear and the line has a slope of _____.

♡ A scientist recorded the growth of a plant over time. He used the data to make the graph below.Which equation represents the situation?A.y = 1.5x − 2B.y = 1.5x + 2C.y = 2x – 1.5D.y = 2x + 1.5

Ben earns $9 per hour and $6 for each delivery he makes. He wants to make $155 in an 8-hour workday. What is the least number of deliveries he must make to reach his goal?

What is the value of G? -25 divided by g= 25

The set of points P(0, 3), Q(2, 0), R(4, -3) are collinear and the line has a slope of _____.

♡ A scientist recorded the growth of a plant over time. He used the data to make the graph below.Which equation represents the situation?A.y = 1.5x − 2B.y = 1.5x + 2C.y = 2x – 1.5D.y = 2x + 1.5

1) we calculate the circumference of this circle.

circumference of a circle=2πr

data:

r=8 mm

circumference=2(8 mm)π=16π mm

2)we calculate the measure, in radians of the angle.

We know that:

circumference of a circle=2π radians

therefore:

16π mm=2π radians.

16 π mm--------------------------2π radians

12 mm----------------------------- x

x=(12 mm * 2π radians) / 16π mm=1.5 radians.

**Answer: A. 1.5**

circumference of a circle=2πr

data:

r=8 mm

circumference=2(8 mm)π=16π mm

2)we calculate the measure, in radians of the angle.

We know that:

circumference of a circle=2π radians

therefore:

16π mm=2π radians.

16 π mm--------------------------2π radians

12 mm----------------------------- x

x=(12 mm * 2π radians) / 16π mm=1.5 radians.

**Answer:**

Its 1.5!

**Step-by-step explanation:**

Lexile test lol

No it not true 8÷5=0.625

Then you know that

4 + 5/8 = 4 + .625

They are equal.

Simple arithmetic tells you that that 4+ .625 = 4.625

Which in itself is equal to 4 and 5/8

Then you know that

4 + 5/8 = 4 + .625

They are equal.

Simple arithmetic tells you that that 4+ .625 = 4.625

Which in itself is equal to 4 and 5/8

party and there are 5 pizzas, how many

students will be able to get a serving of

pizza?

**Answer:**

40 i believe

**Step-by-step explanation:**

**Answer:**

40

**Step-by-step explanation:**

1/8 * 5

40

The answer to the question is 20.

20 is the correct answer

Which relation is a function? A.{(1, 2); (2, 3); (3, 4); (2, 5)} B.{(1, 2); (1, 3); (1, 4); (1, 5)} C.{(1, 2); (2, 3); (3, 4); (1, 5)} D.{(1, 2); (2, 2); (3, 2); (4, 2)}

For the function f(x) = 2 – 3x, find f(4). A.–5 B.12 C.–10 D.14

Which equation represents a direct linear variation? A.y = x – 3 B.y=1/3x C.y = x^2 D.y=1/x

Which is the direct linear variation equation for the relationship?

y varies directly with x and y = 12 when x = 4.

A.y = 3^x B.y = x + 8 C.y = 2x + 4 D.y = x – 8

Which is the quadratic variation equation for the relationship?

y varies directly with x2 and y = 48 when x = 2.

A.y = 4x^2 B.y = 4x C.y = 12x^2 D.y = x^2 + 25

Write the inverse variation equation for the relationship: y varies inversely with x and y = 4 when x = 2. A.y = 2x B.y=8/x C.y = x + 2 D.y=1/2x

total cost=shirtcost+shortscost

shirtcost=number of shirts time cost per shirt

shirtcost=3 times 9=$27

shortscost=number of shirts times cost per short

shortcost=2 times 12=$24

total cost=27+24=51

total is $51

shirtcost=number of shirts time cost per shirt

shirtcost=3 times 9=$27

shortscost=number of shirts times cost per short

shortcost=2 times 12=$24

total cost=27+24=51

total is $51

You need to use multiplication.

3 x 9 = 27

2 x 12 = 24

Now add 24 and 27 wich make 51.

3 x 9 = 27

2 x 12 = 24

Now add 24 and 27 wich make 51.