What instrument would scientist use to take measurements in the upper troposphere A. x-ray monitor

B. ice core bore

C. weather balloon

D. underwater sonar

Answers

Answer 1
Answer: Scientists use the instrument weather balloon to take measurements in the upper troposphere. Answer: C.
The weather balloon uses small device called radiosonde and measures weather parameters like atmospheric pressure, temperature, humidity and wind speed.
These instruments operate in the troposphere.
Answer 2
Answer:

Scientist use a weather balloon to measurements in the upper troposphere.


Related Questions

Based on the article "Will the real atomic model please stand up?,” describe what Dalton’s theory states about a molecule of water.
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Why does water have a high surface tension?Hydrogen bonding keeps water molecules close together. Water is a liquid at room temperature. Water molecules contain 18 electrons. The lengths of the bonds in water molecules can change.
Which of the following is not an example of kinetic energy being converted to potential energy?
A car traveling at 10 m/s starts to decelerate steadily. It comes to a complete stop in 20 seconds. What is the acceleration?

When evaporation occurs in a dish of water, the molecules left behind in the water: a) Are larger in size. b) Are more concentrated. c) Are less dense. d) Are transformed into gas.

Answers

Answer:

b) Are more concentrated.

Explanation:

Dalton's ideas on atomic theory

Answers

The scientist thought that the atom was the smallest particle in the universe is John Dalton. He established the atomic theory which consists of five; elements are made of extremely small particles called atoms, atoms of different element have different sizes, mass and physic – chemical properties, atoms cannot be divided further, destroyed or created, atoms can combine to form compounds and in chemical reaction, atoms can be combined, separated or rearranged.

A 70.0 kg man jumping from a window lands in an elevated fire rescue net 11.0 m below the window. He momentarily stops when he has stretched the net by 1.50 m. Assuming that mechanical energy is conserved during this process and that the net functions like an ideal spring, find the elastic potential energy of the net when it is stretched by 1.50 m. (10 pts)

Answers

Answer:

70.15 Joule

Explanation:

mass of man, m = 70 kg

intial length, l = 11 m

extension, Δl = 1.5 m

Let K is the spring constant.

In the equilibrium position

mg = K l

70 x 9.8 = K x 11

K = 62.36 N/m

Potential energy stored, U = 0.5 x K x Δl²

U = 0.5 x 62.36 x 1.5 x 1.5

U = 70.15 Joule

Which of the following best explains the importance of water to humans?a.Water is essential for sustaining human life.
b.Water is important for shipping and trade.
c.Water is a valuable, profitable commodity.
d.All of the above

Answers

Answer;

-All of the above

  • Water is essential for sustaining human life.
  • Water is important for shipping and trade.
  • Water is a valuable, profitable commodity.

Explanation;

-Water is one of the most important substances on earth. All plants and animals must have water to survive. If there was no water there would be no life on earth. Apart from drinking it to survive, people have many other uses for water such as cooking, washing clothes, cleaning, recreation, etc.

-Water is also essential for the healthy growth of farm crops and farm stock and is used in the manufacture of many products. Water is also important in our bodies; It facilitates digestion of food and absorption of nutrients through their dissolving in water, transports nutrients, chemicals and heat throughout the body. Water is our primary source of food.

if 15 N of force are applied to a cart to move it a distance of 5m, how much work is done on the cart

Answers

Work = (force) x (distance)

Work = (15 N) x (5 m)  =  75 joules

             ... IF the force is in the same direction
                 as the motion of the cart.

The acceleration due to gravity on the moon is about one-sixth its value on earth. If a baseball reaches a height of 67 m when wurth (jaw6696) – Ch 2 LT 3/4 – kreft – (61920) 2 thrown upward by someone on the earth, what height would it reach when thrown in the same way on the surface of the moon? Answer in units of m.

Answers

Answer:

402m

Explanation:

We can solve this easily by using the free fall formula:

v_f^2=v_0^2+2ad

On both cases the final velocity will be 0m/s (maximum height), so we have:

v_0^2=-2ad

We know that the velocity the person imparts to the ball will be the same either on Earth or on the Moon, so we write for both cases:

v_0^2=-2a_Ed_E

v_0^2=-2a_Md_M

Which means

2a_Ed_E=2a_Md_M

So we get (taking into account that gravity on earth is 6 times gravity on the Moon):

d_M=(a_Ed_E)/(a_M)=(6a_Md_E)/(a_M)=6d_E=6(67m)=402m