PEASE HELP!! I NEED THIS DUE BY THIS FRIDAY!!!!
Write a scientific argument that addresses the question: Which suspect is most likely to have made the hydrofluoric acid? First, state your claim. Then, use evidence to support your claim. For each piece of evidence you use, explain how the evidence supports your claim. As you write, refer back to your completed Modeling Tool sheets and Science Seminar Evidence Cards.

Answer:

First one:

The camel, reindeer and platypus does not belong. (Platypus live in the amazon river).

Second one:

The cactus does not belong and the spiky brown thing who looks like it is in the center of a desert does not belong too.

Third one:

Rainfall: The average annual precipitation of a temperate rainforest biome is 200cm. In much warmer areas, the average precipitation goes up to about 350 cm annually.

Temperatures:

In the file!!!

Other information:

Temperate Forest

Temperate forests are those found in the moderate climates between the tropics and boreal regions in both the Northern and Southern Hemisphere. They may also be called “four-season forests” because the midlatitude climates harboring them tend to experience four distinct seasons. A vast diversity of different forest types make up this broad category, from the broadly distributed temperate deciduous forests to pine woods and relatively geographically restricted temperate rainforests.  

Temperate forest often refers specifically to the temperate deciduous forests widespread in eastern North America and Eurasia, but other temperate-forest types exist in the planet's middle latitudes where moderate, frequently four-season climates encourage diverse tree growth.

Locations and Climates

Temperate forests range across large areas of North America and Eurasia as well as smaller portions of the Southern Hemisphere. Temperate deciduous forests, the “signature” temperate forest type, reach their greatest extent in the eastern United States and Canada, Europe, China, Japan and western Russia. Climatically speaking, temperate forests tend to experience fairly long growing seasons and decent amounts of rainfall that may be spread fairly evenly across the year or concentrated in a particular season; deciduous hardwoods, which lose their leaves in winter, dominate most major temperate forests. Drier temperate climates in, for example, western North America may see evergreen pines and other drought-tolerant conifers proliferate. Temperate rainforests, two-thirds of which lie in North America’s Pacific Northwest, experience milder, moister, often maritime-influenced climates than other temperate forests; those of the Pacific Northwest are unique in the dominance of conifers over hardwoods.

Seasons in a Temperate Deciduous Forest

During the winter, a temperate deciduous forest looks dead because leaves have fallen off most of the trees. Wildlife in these forests may endure the winter or migrate to warmer climates. Spring sees a rebirth of sorts with hardwoods leafing out and a proliferation of flowering shrubs and forbs. As days begin shortening and temperatures dropping in fall, the leaves of deciduous trees change color and begin dropping, while animals begin storing food for the winter and/or packing on body fat for winter survival or the energetic demands of migration.

The Flora of Temperate Forests

The soils of many temperate forests are fertile and support a rich diversity of trees. Temperate deciduous forests often feature varieties such as maples, oaks, elms and birches. Conifers such as pines and hemlocks may play a minority role in these hardwood-dominated communities, but, again, these needle-leaved trees may also form the majority in certain temperate ecosystems, such as the North American temperate rainforest and the pine forests of the southeastern U.S. A sub-variety of temperate forest found in so-called Mediterranean climates commonly features evergreen broadleaf trees, such as “live oaks” in California and parts of Southern Europe and eucalpts in Australia. Mosses, ferns and understory shrubs are common in many temperate forests.

The Fauna of Temperate Forests

With their moderate climate and typically rich array of food resources, temperate forests tend to support a great diversity of wildlife. Koalas, possums, wombats and other marsupials roam Australian temperate forests, while in North American and Eurasian ecosystems deer, bears, foxes, wolves, squirrels and rabbits are common inhabitants. China’s temperate forests play host to giant and red pandas, which mostly eat bamboo. Many migratory songbirds nest in temperate forests, taking advantage of their spring and summer bounty of blossoms, berries, seeds and insects.

Hoped I helped! Have a nice day!

Answer:

C: Sodium

Explanation:

Iron had a way higher density neon has way to know as well as carbon and the closest one is sodium

Answer:

D: Element Z

Explanation:

Chlorine can't conduct electricity and it is the 17 element so it would be on the left side which would only leave Element Z

Answer:

This transformer acts as a bridge between the power generator and the primary distribution grid. Depending on the Power rating and specification, Power transformers can further be classified into three categories: Small power transformer, Medium Power transformers, and the Large power transformers.

Answer: 1. While stars do move, they move in a differently in comparison to the planets in our solar system. Stars move in a circular pattern around the North Star, therefore, if the light that you see appears to move in a straight line over a few nights, it is most likely a planet.

2. The resources are very different, the temperatures, and some don't even have water or are unable to grow crops

Explanation:

A star system is a collection of planets, meteors, or other objects that revolve around a large star. While our galaxy contains many star systems, including at least 200 billion other stars, there is only one solar system. This is due to the fact that our sun is known by its Latin name, Sol.

The solar system is made up of the Sun and everything that orbits or travels around it. This includes the eight planets and their moons, as well as dwarf planets, asteroids, comets, and other small, icy objects. Despite this, the majority of the solar system is empty space.

Earth has distinct characteristics that have resulted in life flourishing on the planet. Its distance from the Sun, 24-hour rotation period, radius, and availability of water on the surface distinguish it.

A star is a body that has a light that causes it to reflect light on its own. A planet, on the other hand, is simply a fixed celestial body that has its own orbit and spins on its own axis while reflecting light from an external source.

Thus,While our galaxy contains many star systems, including at least 200 billion other stars, there is only one solar system.

To learn more about the solar system, follow the link;

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Well, I have used a calculator for this...

So I dont have any explaination but I m sure that this will definitely help u!

So the name of the element is Fluorine

The total mass of your atom is 17.14029 u which we can round off and write as 17

& Charge is -1

atom is called fluorine, but the ion is called fluoride.

hope it helps!!!

Answer:Evaporation

Explanation: Evaporation is the process by which heated liquids converts to gas which transform to damp air which later come as rainfall

Answer:

Compared to other stars we observe, the Sun appears bigger and brighter because it is much closer to earth.

Objects closer to earth appear to be much bigger and brighter.

Let me know if this helps!

Answer:

B

Explanation:

The Sun is 93 million miles away. Other stars are light-years away. With this in mind, we orbit the sun, meaning that we are close enough to be within its gravitational field.

Hope this helps. Have a nice day.

If the air resist his motion continuously, speed of Jean - Paul get reduced until he could apply an equal force in opposite direction to the wind.

Force is an external agent acting on an object to change its state of motion or rest or to deform it. There are various kinds of force such as gravitational force, magnetic force, frictional force.

If there are two different forces acting from the same direction will add up together and the net force will be the sum of their magnitudes. If they are in opposite direction, they will balance each other will decreases the displacement.

Hence, the force from the air resistance will balance the force exerted by Jean Paul and his speed will decrease until he apply a greater force forwards.

Find more on balanced forces:

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True

Explanation:

Sublimation occurs more readily when certain weather conditions are present, such as low relative humidity and dry winds. Low temperatures, strong winds, intense sunlight, very low air pressure — just the recipe for sublimation to occur.

Answer:

ethier a dessert or a plains

though plains can get rain in the summer

from me living in both

it seems more like a dessert

Answer:

C: properties

Explanation:

do I have give a reason :\

Answer:

B

Explanation:

to conduct scientific exploration of the moon

The skater went down the hill which increased his speeed and it caused him to go fast at point b.

Explanation:

hope this helps.

Answer:

Kr is a Noble Gas. Na is an alkali metal. F is halogen.

Group 17 is halogens. Inert is Noble Gases. Odourless and colourless is Noble Gases. Alkali metals do not occur freely in nature. Alkali metals are malleable

Explanation:

Answer:

This is the biology Study Island Scientific Investigations with all of the ... Tap again to see term ... She is planning on exposing frogs of the same species to different amounts of the ... Tyler wants to know how the growth of tomato plants is affected by the ... He hypothesizes that the plants will grow best in sandy soils.

Explanation:

Answer:

B

Explanation:

you always need all of them to be equal for it to ACTUALLY make sense.

hope this helped!!!

Answer:

d d d d  d d d d  d dd  d d d  d .

f q  q q q q

Answer:

it is Epansion

Answer:

Codominance refers to a type of inheritance in which both alleles of a particular gene are expressed in the phenotype. In other words, no allele is completely dominant over the other. This differs from dominant/recessive inheritance patterns, in which only one copy of a dominant allele needs to be present to express the phenotype, and two copies of the recessive allele are required in order to express the recessive phenotype.

2) I'm not sure exactly what answer you are looking for here, but an example of codominance is individuals with blood type AB. In this case, the offspring inherits the A allele from one parent, and the B allele from the other parent. Such individuals express both A and B antigens on the surface of their red blood cells, making them phenotypically blood type AB.

Explanation:

Answer:

This might not be right but. It could be the motion of olivia when she was walking through the room she could of made a static or force to make the shock

Explanation:

Answer:

kinetic energy

potential energy

Explanation:

kinetic energy when they were waiting

potential energy once they jumped off

Hope this helped!

Answer:

Main Sequence Stars or C

Explanation:

our star, the sun, being a main Sequence Star with an absolute brightness of 1 with a temp of about t 7500 °C gave me this answer

Answer:

D

Explanation: