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4 years ago

What is 5 devided by 1/8th

Mathematics

2 answers:

iogann1982 [59]4 years ago

8 0

The answer to your question is 40

RSB [31]4 years ago

7 0

The answer would be 40

5 divided by 1/8

5/1 divided by 1/8
5/1 divided by 8/1
then you would multiply
5 times 8
=40/1 or 40

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Since their introduction, the number of toy building blocks that have been sold is equivalent to a population of approximately 2

KengaRu [80]

Answer: 86 billion blocks

Step-by-step explanation:

Here, the total population is 2 billion,

Since, the blocks a person owe = 43

Thus,

$\text{ the blocks 2 billion people owe}= \text{ the block a person owe}\times \text{the total population}$

= $43 \times 2$

= $86\text{ bilion}$

Therefore, total blocks that sold their introduction = 86 billion.

4 0

3 years ago

9-43 please:/ its due tomorrow & idk what to do:////

Pavlova-9 [17]

First we find the area of the rectangle. Area of a rectangle = length * width.

The width is 19 as given. The length is the the diameter of the circle. The diameter of the circle is 2 * the radius. They give us the radius of 6.

19 * (2*6) = 19(12) = 228

Now we find the area of the circle. Half the circle however is already included in the area for the rectangle so we will use the area of the circle formula of: A = $\pi$ r² and divide it by 2.

A = $\pi$ (6)² = 36 $\pi$

Now divide it by 2 and simplify

36 $\pi$ / 2 = 18 $\pi$ . Leave this way until we are at the end.

Now put the two together.

228 + 18 $\pi$ . Put this into your calculator to see the exact answer. The one I will give is an approximation.

Area of the entire shaded area is approximately (≈) 284.549 ft² or 284.549 square feet.

8 0

3 years ago

Find an explicit solution of the given initial-value problem.dy/dx = ye^x^2, y(3) = 1.

tamaranim1 [39]

Answer:

$y=exp(\int\limits^x_4 {e^{-t^{2} } } \, dt)$

Step-by-step explanation:

This is a separable equation with an initial value i.e. y(3)=1.

Take y from right hand side and divide to left hand side ;Take dx from left hand side and multiply to right hand side:

$\frac{dy}{y} =e^{-x^{2} }dx$

Take t as a dummy variable, integrate both sides with respect to "t" and substituting x=t (e.g. dx=dt):

$\int\limits^x_3 {\frac{1}{y} } \, \frac{dy}{dt} dt=\int\limits^x_3 {e^{-t^{2} } } dt$

Integrate on both sides:

$ln(y(t))\left \{ {{t=x} \atop {t=3}} \right. =\int\limits^x_3 {e^{-t^{2} } } \, dt$

Use initial condition i.e. y(3) = 1:

$ln(y(x))-(ln1)=\int\limits^x_3 {e^{-t^{2} } } \, dt\\ln(y(x))=\int\limits^x_3 {e^{-t^{2} } } \, dt\\$

Taking exponents on both sides to remove "ln":

$y=exp (\int\limits^x_3 {e^{-t^{2} } } \, dt)$

7 0

3 years ago

Help me solve this please I’m struggling

mrs_skeptik [129]

9514 1404 393

Answer:

9.5
maximum, 34.5, 5
10.9

Step-by-step explanation:

I find it convenient to use a graphing calculator to graph the function.

The "start" is x=0, where the distance from the sprinkler head is 0 feet. The value of h(0) is 9.5, the height of the sprinkler head.

The irrigation system is positioned  9.5  feet above the ground.

The graph shows the vertex of the curve is (5, 34.5), meaning that a height of 34.5 feet is reached 5 feet horizontally from the sprinkler.

The spray reaches a  maximum  height of  34.5  feet at a horizontal distance of  5  feet away from the sprinkler head.
The spray reaches all the way to the ground at about  10.9  feet away.

The graph shows the x-intercept at about 10.9. That is where the height of the spray is 0 feet above the ground.

7 0

3 years ago

Plsss helo me with this 20 points!

Natasha2012 [34]

Answer:

8 trust me brainliest and 5 star pls......

Step-by-step explanation:

4 0

2 years ago