A ballon is released from the top of a platform that is 50 meters tall

Answers

Answer 1
Answer:
Your question is not clear, mainly because you didn't ask one.  But it probably has
something to do with the subsequent motion of the balloon after it's released.

That's going to depend on ...

-- the material of which the balloon is made, especially its weight,
-- the substance with which the balloon is filled, especially its density,
-- the size of the balloon, especially its volume,
-- the temperature, pressure, humidity, and density of the air around the balloon,
-- the wind speed and direction in the neighborhood of the balloon,
-- whether the balloon is pushed, or simply let go of,
-- if pushed, then the direction and speed of the push.

Without any of this information, no answer to a question could be given,
even if there were a question.



Related Questions

The first and second year’s sales for a company were $328,000 and $565,000. The expenses for the first year were $117,000. The company had a net profit of $113,000 after two years. What were the company's expenses for the second year?A.$230,000B.$354,000C.$663,000D.$776,000
15 students wore pj's out of 20 . how many were not wearing pj's in decimal
What is 4/10 in simplest form
Which statement correctly compares 11/20 an 5/9A:11/20<5/9B:11/20>5/9C:11/20=5/9
The year is 1714. You are in a dark Spanish prison. You wake up to find yourself tied to a table with ropes. In the darkness you hear a rhythmic swishing sound-something going back and forth, back and forth. Eventually your eyes get accustomed to the dark and see that the source of the sound is a sharp bade at the end of a long pendulum that’s swinging back and forth over your body. With each sweep it gets a little lower-and a little closer to your chest. You note how long it takes between those swishes: exactly 7 seconds. And with each swish, the blade drops 1 inch lower. The last passing was only 15 inches above your chest. It won’t be much longer before the blade slices right through you. Should you scream for help? That would probably just summon a guard, who would run through with a sword then and there. But wait! You see a rat by your arms and he’s gnawing at the rope that binds you to the table. In fact, he has only 1 minute to go before he gnaws through it all the way. When he does that, you can get free! Will the rat chew through the rope before or after the blade has slashed through your chest? How much time do you have exactly?

What is the mean absolute deviation for 7, 5, 1, 6, 2, and 3? A. 6
B. 3
C. 2
D. 1

Answers

To find the Mean Absolute Deviation, you have to find the mean first.
7+5+1+6+2+3=24
24 divided by 6 numbers= 4
The mean is four.
Next you need to find how much is each number from the mean
7=3 from 4              5=1 from 4 etc
You get 3,1,3,2,2,1
Then you find the mean of that. 
3+1+3+2+2+1=12
12 divided by six numbers = 2
The Mean Absolute deviation is 2

Hello,

The correct answer is C) 2

Hope this helps!!!! Happy Holidays!!!! (:

What is the measure of x ? mcfrickin help pt 2

Answers

For this case we have that, by definition, the sum of the internal angles of a quadrilateral is 360 degrees. So:

108 + 108 + 2x + 2x = 360\n216 + 4x = 360

We subtract 216 on both sides of the equation:

216-216 + 4x = 360-216\n4x = 144

We divide between 4 on both sides of the equation:

\frac {4x} {4} = \frac {144} {4}\nx = 36

Thus, the value of x is 36 degrees.

Answer:

36 degrees

Answer: X = 36.

Step-by-step explanation: There are 360 degrees in a trapezoid. Two angles are 108 degrees. 108 + 108 =216. 360 minus 216 is 144. 2x + 2x = 4x. 144 divided by 4 is 36. Therefore, x =36.

A carnival has a duck pond booth. You choose a rubber duck at random. The mark on the bottom of the duck tells you whether you won a small, medium, or large prize, or no prize at all. There are 65 ducks floating in the pond. There are 3 marked as large-prize winners, 13 ducks marked as medium-prize winners, and 21 ducks marked as small-prize winners. Find the theoretical probability of winning a medium prize at the duck pond. Express your answer as a decimal. If necessary, round your answer to the nearest thousandth.0.2
0.8
5
0.569

Answers

The theoretical probability of winning a medium prize at the duck pond is 0.2, Hence option A is correct.

What is probability?

Probability is the ratio of number of favorable outcomes and total number of outcomes. it deals with finding out the likelihood of the occurrence of an event.

According to the given information,

Number of medium-prize winning ducks = 13

The total number of ducks = 65

The theoretical probability of winning a medium prize at the duck pond can be found by dividing the number of medium-prize winning ducks (13) by the total number of ducks (65).

So, the probability of winning a medium prize is,

= 13/65

= 0.2 or 20%

Therefore, the theoretical probability of winning a medium prize at the duck pond is 0.2 or 20%.

Learn more about the probability visit:

brainly.com/question/13604758

#SPJ2

Hi there! :)  I believe the answer is 0.2. The way I got 0.2 is because there are 13 medium-sized ducks and there are 65 total ducks floating I did 13/65( 13 divided by 65) which equals 0.2. For theoretical probability you divide by the number of outcomes.

Hoped I helped! :D

Divide.
(10a^4-5a^3) / 5a

Answers

\boxed{(10a^4-5a^3)/( 5a)=(10a^4)/(5a)-(5a^3)/(5a)=2a^3-a^2}

Aldo drove 200 miles using 9 gallons of gas. At this rate, how many gallons of gas would he need to drive 420 miles?

Answers

distance/fuel is constant
200/9=420/x
find x
times 9x both sides
200x=3780
divide both sides by 200
x=18.9
18.9 gallons

A sheet of standard size copy paper measures 8.5 inches by 11 inches. If a ream is 500 sheets of paper has a volume of 187 inches cube. How thick is the ream?

Answers

Answer:

\large \boxed{\text{2.00 in}}  

Step-by-step explanation:

The formula for the volume of a rectangular solid is  

V = lwh

\begin{array}{rcl}V & = & lwh\n187 & = & 8.5 * 11 * h\n& = & 93.5h\nh & = &(187)/(93.5)\n\n& = & \textbf{2.00 in}\n\end{array}\n\text{The ream is $\large \boxed{\textbf{2.00 in}}$ thick.}