GEOGRAPHY MIDDLE SCHOOL

Where are albino tigers found

Answers

Answer 1
Answer: They're a variation of the Bengal Tiger, found in the Indian states of Assam, Bengal, Bihar, and Rewa.  There have been reports of white tigers in Siberia, but those reports have never been scientifically substantiated.
Answer 2
Answer: Albino tigers belong to the same species of royal bengal tigers, they are found in the states of west bengal, assam etc

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What helped scientists understand that Earth's interior is liquid? A) P waves cannot travel through liquids.

B) P and S waves cannot travel through liquids.

C) P and S waves travel through liquids at different speeds.

D) S waves cannot travel through liquids.

Answers

The Earth’s interior is composed of several layers: the crust, the mantle and the core. Scientists used waves and their speed to study the Earth's interior. The speed of seismic waves is affected by the properties of the material the waves pass through. The stiffness of material affects the speed of these waves. P-waves, or pressure waves, go through both liquids and solids, while S-waves, or shear waves go through solids but not liquids. The following helped scientists understand that Earth's interior is liquid: S waves cannot travel through liquids. Correct answer: D
The correct answer is D s waves cannot travel through liquids

St. Paul was a follower of Jesus who spread Jesus’ teachings to people other than the Jews. St. Paul thought of himself as an apostle to which of these people?

Answers

The Gentiles, or non-Jews. In that time period there were only Jews and Gentiles. :)

Is a sunflower a producer,consumer or a decomposer

Answers

Sunflowers are producers. A food web includes sunflowers as both producers and consumers. Sunflowers help the soil's food chain replenish its energy. Only herbivores in the food chain use sunflowers as a source of food and energy.

Sunflowers are producers, placing them at the base of the food chain and at the top of a food web. Numerous insects, particularly tiny omnivores, depend on sunflowers for food, energy, and shade. As an illustration, numerous birds eat the seeds it produces, and caterpillars eat the huge leaves it produces.

The abundant seeds that sunflowers generate can be used in salads, baked into bread, or even made into a smooth nut-free sunflower butter. You'll get a bigger crop of edible plants if you grow a kind that produces seeds.

Therefore, sunflowers are producers.

Learn more about Decomposers here:

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A sunflower is a producer because it produces its food 

resources are an integral part of human survival.yet indiscriminate use of them by humans has led to a crisis situation."discuss the above ststement in light of changes/developments.

Answers

You could challenge the premise of the question - what exactly is the crisis? It is easier to argue that humanity has actually avoided resource crises due to its continued and proven capacity for innovation. For instance, agricultural productivity expanded tremendously in the twentieth century. Whereas the majority of workers in Western societies were employed in agriculture in 1900, by 2000 that proportion was under 5%. Improved cultivation methods, the mechanization of farm implements, the tailoring of crops to specific soil types, crop rotation, improved irrigation, and the development of genetically modified crops selected for their productivity and resistance to pests have all enabled the output per person per acre to expand tremendously and support the massive global population growth seen over the past century.

One group of students designed an experiment to demonstrate the interaction between Earth spheres. The steps of the experiment are listed below.• Make a 25 cm high mountain with some soil.

• Use a hose to sprinkle water on the mountain.

• Observe the change in the shape of the mountain.

The experiment most likely demonstrates the interactions between the

1) atmosphere and biosphere

2)biosphere and hydrosphere

3) geosphere and biosphere

4) hydrosphere and geosphere

Answers

The experiment most likely illustrates how the atmosphere and biosphere interact. As a result, choice (A) is the best way to respond.

What is atmosphere?

A layer (or layers) of gases that encircle a planet and are maintained in place by the gravity of the celestial body is known as an atmosphere.When there is a strong gravitational pull and a cool atmosphere, a planet keeps its atmosphere. The outer region of a star, including the layers above the opaque photosphere, is known as the stellar atmosphere; low-temperature stars may have outer atmospheres with complex molecules.

Nitrogen makes up 78% of the atmosphere of Earth, along with oxygen (21%), argon (0.9%), carbon dioxide (0.04%), and trace gases. The majority of species require oxygen for respiration, whereas plants and algae use carbon dioxide for photosynthesis and lightning and bacteria execute nitrogen fixation to create ammonia, which is used to create nucleotides and amino acids.

Hence, option (A) is accurate.

Learn more about atmosphere, from:

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Atmosphere and biosphere

What are the disadvantages of the metric system

Answers

1.It completely dodged any decimalization of time( except fractions of a second). [Though decimalization of time had been and continues to be discussed ad nauseum.] The second is now so embedded into the metric system that we would have to scrap it entirely if we changed to any other measure of time.                                                                                                                                                                                                                                                                                                                                                             2. It completely dodged any change at all to angles including decimalization.  It no longer defines an angle unit at all, and considers radians to be a derived unit of metres/metre.  And degrees are often used anyway, because having an angular measure in radians is ... well ... irrational!                                                                                                                                                                                                                                                                                                                                                                                                              3. It works terrifically well with decimal arithmetic, and horribly with fractions (except for fractions like 1/2, 1/5, 1/10 - that is, factors of 10).  Dividing anything into thirds (or any fraction including a factor of 3) is not exactly possible.                                                                                                                                                                                                                                                                                                                                                         4.It still has weird units (some of which are officially “non-SI” metric units)                                                                                                                                                                      a. The primary unit of weight is the kilogram.  That is, the gram isn’t defined, the kilogram is.  The gram is derived as 1/1000 kilogram, which CERTAINLY isn’t the basic metric philosophy to pick consistent base units and then apply prefixes.  Here the base unit has a prefix, and the un-prefixed unit is derived.                                                                                                                                                                                                                        b. Although there are prefixes for 10, 100, 1/10, 1/100 (even for 10,000, etc.), they are mostly not used, in favor of only multiples of 1000.  (Centimeters is a notable exception.)  


 c. When measuring really small things, half the time nanometers are used, and half the time Ångstroms are used, which are “deci-nanometers”.  

d. Micrometers are called microns.                                                                                                                                                                                                                                    e. 1 J = 1 W * s.   But electrical usage is measured in kW-hr, which are 3.6 MJ. In chemical bond energy, kilocalorie is used (“small calorie”).  In food packaging, Calories are used (“large calorie”), where 1 Calorie = 1 kilocalorie. (note big C and little c.)  1 cal ~= 4.2 J; 1 Cal. ~= 4.2 kJ.  (approximate, due to the particulars of the various definitions of calorie.)       I conclude, a joule is a lousy unit of energy to have picked.                                                                                                                                                                                                                                                                                                                        f.  While many things have been corrected, luminance is still pretty screwed up.  First, you have watts, candelas, lumens, lux, each meaning brightness, but in a little different sense.  But the primary metric unit is candela.  However, candela is just the same “candle” power in use before the metric system – literally the light of one (“standard”) candle.  But, like the second, it’s been scientifically respecified:  even though candles shine infinitely many different frequencies, a candela is the luminous intensity, in a given direction, of a particular pure green light (which humans are most sensitive to) with a radiant intensity (in that direction) of 683 Watts per steradian.  Why not of 1 W, or 1 kW?  Because it’s about the same as the previous candle (candlepower, foot-candle).  Any other color of light, or blend of       colors, has to be adjusted by an assumed “standard human eye” sensitivity curve.  (And, historically, the candela was originally specified by the glow of freezing platinum equated to 60 candles.  That should make you feel warm.)



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