Answer:
The plain most likely used to be constrictive, but due to destructive forces of the earth, weathering tore it down and erosion carried the rest of it away, causing it to be a flat plain.
Explanation:
Constructive forces are when the Earth's gravity causes to shape a landscape of an area. Like making mountains or a canyon. this can also be caused by deposition, erosion, and weathering, all factors of the earth. While destructive forces is the event of w weathering according causing a Constrictive event to happen.
Janet was pulling a box that weighed 20N across 5m. How much work did she exert?
Answer:
100nm
Explanation:
Work=Force×distance
=20×5
=100nm
Question 1 of 10
The gravitational energy of a golf ball at different heights is shown in the
table below.
Height Gravitational energy (J)
1
0.45
2
2
0.90
3
1.35
4
1.80
Which graph best represents the relationship between the ball's gravitational
energy and its height above the ground?
Answer:
the gravitational energy of a golf ball at differnt heights is shown in the table below which graph best represent the relationship between the ball's gravitational energy and its height above the ground. I need helplease. See answers. Advertisement. yeabsiraerstu. Answer: A because it's uniform. Its right on a-p-e-x thanks. Advertisement. Nind10.
Explanation:
The graph that would best represent the relationship between the ball's gravitational energy and its height above the ground is a straight line graph.The straight line graph would start from zero and increase linearly as the height of the ball above the ground increases.
The graph that best represents the relationship between the ball's gravitational energy and its height above the ground is a straight line graph. The energy of a golf ball at different heights is directly proportional to the height of the ball above the ground.
Therefore, the graph that would best represent the relationship between the ball's gravitational energy and its height above the ground is a straight line graph.The straight line graph would start from zero and increase linearly as the height of the ball above the ground increases.
The straight line would have a positive slope, and the steeper the slope, the greater the rate at which the energy increases with height. Therefore, the straight line graph that represents the relationship between the ball's gravitational energy and its height above the ground would be a straight line with a positive slope.
The graph would show the gravitational energy on the y-axis, and the height of the ball above the ground on the x-axis. The graph would show the increase in gravitational energy with an increase in height above the ground, and it would show a straight line graph with a positive slope that represents this relationship between the ball's gravitational energy and its height above the ground.
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What is a nebula made from?
stars
dust and gas
planets
asteroids
Answer: Its made from dust and gas
Explanation:
Imagine that there is a small rocky body caught by Earth’s gravity. Draw a comic-strip cartoon to illustrate its journey as it travels through space toward Earth, enters Earth’s atmosphere, and lands on Earth. Describe your illustration with narration or speech/thought bubbles. Include the use of these key terms: atmosphere, meteor, meteoroid, meteorite.
To create this comic strip you can use a narration describing each step and illustrate each one with one image or drawing.Creating a comic strip involves using images and short texts to explain a specific idea or phenomenon. In the case of the process for a meteor to enter Earth you can use the following ideas.A meteoroid approaches the Earth at high speed and draw a meteor traveling near to different planets and approaching Earth.What is that? and draw the Earth wondering who or what is approaching.The meteoroid enters the atmosphere of the Earth and becomes a meteor and draw the rocky body burningThe rocky body crashes with the surface becoming a meteorite and draw the zone where the meteorite crashed.
Give one example when it might be important to know how much gravitational potential energy is stored by an object. Why is it important?
Answer:
A possible situation in knowing the gravitational potential energy of an object is to find it's maximum kinetic energy. It can be important if I would want to calculate the velocity the object will be having if the potential gravitational energy will be converted into kinetic by using the formula.
This is for plate boundaries and movements
What is the purpose of the lab?
What procedure did you use to complete the lab?
What charts, tables, or drawings would clearly show what you have learned in this lab?
Each chart, table, or drawing should have the following items:
A. An appropriate title
B. Appropriate labels
If you could repeat the lab and make it better, what would you do differently and why?
Please answer quickly I have to do 60 undone assignments :/
Answer: Procedures that needs to be considered to complete the lab are- a thorough knowledge of lab assignments, knowledge about safety equipment, reviewing the MSDS of chemicals for lab experiment etc.
Explanation:
To be lab prepared one must follow these procedures-
1. One should have the knowledge of lab assignments to make the lab experiment easier.
2. To be aware about safety equipment and their uses in lab, like- the location of fire extinguisher in lab.
3. To know the steps of experiments to be performed
4. To fill notebook of lab with information regarding the experiment
5. One should review the data sheets of chemicals material safety.
6. To put on all the necessary dressings to perform experiment.
7. To have complete understanding about the experiment disposals.
Explanation:
Answer:The purpose of this lab is to have you identify the three ways in which tectonic plates can interact, and how these interactions explain the geologic processes of mountain building, volcanoes, deep ocean trenches, mid-ocean ridges, rift valleys, earthquakes, and sea floor spreading.
Explanation:
Can someone help me with this question please?
Which statement summarizes the theory of plate tectonics?
A.
Only the continents move, traveling slowly over and through Earth’s crust.
B.
All of the continents were once joined together into a single supercontinent.
C.
The continents are fixed and have always been located in their present positions.
D.
Earth’s crust is made of pieces that move slowly over, against, and apart from each other.
Answer:
D
Reason is because tectonic plates do these three things on a daily basis.
But B us also correct if you look at the history aspect of it.
hope this helps
If we continue to use fossil fuels at the current rate, they will run out. If they run out, which of these products will we still be able to produce? A) Diesel V) Gasoline C) Electricity D) Plastics
Answer:
C) Electricity
Explanation:
what are the differences between the two forms of constructive forces: weathering and erosion?
Answer:
Constructive forces cause landforms to grow.
Destructive forces wear landforms down. The slow processes of mechanical and chemical weathering and erosion work over time to change once high mountains into smooth flat plateaus.Explanation:
What important milestone occurred as a result of the Soviets' use of the R-7
rocket?
A. The first space-based telescope achieved orbit.
B. The first artificial satellite orbited Earth.
C. The first human traveled to space.
D. The first measurements of radiation in space were made.
Answer:
B
Explanation:
Examine the graph below which shows the journey that a student makes from their homeroom to the cafeteria. Then, explain what is happening on the journey. Be sure to note what is happening in each section of the graph (a-b, b-c, etc). Tell a story about what the person is doing in each of the sections and why they might be speeding up or slowing down etc. Be sure to reference specific times and distances.
Answer ASAP! but only if you know 100%, and whoever gets it right can have brainliest
Answer:
You could find billions of stars in a galaxy, hope this helps.
The answer is billons, 100 billon to be exact.
Reasoning:If you looked up in the night sky, you'd see so many stars. Everyone else looking up can see them too. Weather they are in Canada, or Flordia. There isnt just 100, or 1000 or 1 millon, there are billons.
Therefore, your answer is D. Billons.
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How does the melting of ice caps near the North Pole affect the salinity of the ocean?
A.
Salinity decreases because freshwater flows into the ocean.
B.
Salinity increases because salt from the ice caps flows into the ocean.
C.
There is no change in the ocean’s salinity with this process.
D.
Salinity increases because of the stored pockets of air and salt.
Identify the technologies that utilize electromagnetism. (Choose 2) Kitchen blender, silicon microchip, inclined plane, electric drill
Answer: Kitchen blender and electric drill
Explanation:
Answer:
Identify the technologies that utilize electromagnetism. (Choose 2) Kitchen blender, silicon microchip, inclined plane, electric drill THE ANSWER IS Kitchen blender, electric drill BEACIUSE IR UTILIZE ELECTRO...
Explanation:
what is a force that is caused by air that slows objects down?
Friction drag force causes objects to slow down as they move through a fluid, such as air or water.
Answer:
Drag
Explanation:
Drag is also used to slow down the speed of a rocket ship after using the thrusters.
Which body is found inside the solar system?
moon
black hole
galaxy
nebula
PLEASE I NEED HELP!!
after acceleration the iron nuclei travel at a steady speed of one-tenth of the speed of light .the speed of light is 3.00 x 10^8. calculate the time taken for the iron nuclei to travel at a distance of 12000m
Answer:
may be 5 m is the answer of this question
PLEASE HELP
Sue used data on an active volcano to demonstrate two different types of eruptions on the sun. She wrote the following observations about an active volcano.
The volcano continuously spews a slow stream of hot gases.
It erupts violently after gaps of several years and spews very hot gases.
Which statement is correct about the eruptions on the sun represented by Sue's observations?
Observation 1 represents a solar wind because solar winds are a continuous stream of particles given off by the sun.
Observation 1 represents a CME because a CME is a cloud of plasma which bursts out of the sun's atmosphere.
Observation 2 represents a solar wind because the solar wind travels at a very high speed in a specific direction.
Observation 2 represents a CME because a CME is a magnetic storm on the sun which produces high energy particles.
Regarding the solar eruptions that Sue's observations depict, statement D is accurate. Because a CME is a magnetic storm on the sun that generates high-energy particles, observation 2 depicts a CME.
What is an eruption of the sun?Sunspots are solar eruptions that happen when magnetic lines twist and abruptly realign close to the sun's surface.
Coronal mass ejections (CMEs), or streams of charged particles that launch into space, are occasionally linked to these events.
Hot gases are continually released from the volcano in a steady stream. After a few-year hiatus, it bursts suddenly and emits extremely hot gases.
The assertion that Sue's observations depict eruptions on the solar is true, observation 2 does represent a CME since a CME is a magnetic storm on the sun that generates high-energy particles.
Hence, statement D is accurate.
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