How were aztec pyramids similar to egyptian pyramids, and how were they different? read more >>.

Answers

Answer 1
Answer:

Answer:

theyre the same because theyre both built mostly the same and different because its different times

Explanation:

Answer 2
Answer:

person above is correct


Related Questions

Which item(s) will require a journal entry to update the balance in the cash account?.
WHY DO CATS PURR ASAP I WILL MARK BRAINLIEST IF YOU DO TEN SENTENCES50 POINTS
X + y = 12 x - y = 10 what is the value of the x-determinant for the system shown?.
Select Excerpt, Image, or both categories for each statement to compare the excerpt from Don Quixote to the image of the windmill scene. Select each correct answer.
Can u pass the 8 grade with a F and a D+

R u stewart pid????????????????????

Answers

Yes I am make me brainliest !!! Answer 6hhjh. Tvttvtvf

Answer:

Explanation:

no but my dad name stewart

What is the inverse of f(x)=3x-5/2?

Answers

f^-1(x)= 1/3x + 5/6 ..

Answer:

f−1(x)=x/3+5/6

Explanation:

Which subtraction expression has the difference 1 4i? (–2 6i) – (1 – 2i) (–2 6i) – (–1 – 2i) (3 5i) – (2 – i) (3 5i) – (2 i)

Answers

Answer: D Would be correct

Explanation: (3 + 5i) – (2 + i) And also, C for the other one.

Answer:

D

Explanation:

Arrange the following in order of decreasing basicity. mgo, cs2o, cl2o7, sno2, p4o10

Answers

Basicity of oxides decreases for elements from left to right in the periodic table. The order of increasing basicity is; Cs2O> MgO > SnO2 > P4O10 > Cl2O7.

The oxides of metals are known to be basic. This is a common property of all metals. However, the basicity of metallic oxides decreases across the period. So, from left to right, the oxides of bases become less acidic.

On the other hand, the oxides of nonmetals are acidic in nature. So as we move from left to right, the oxides of metals become more acidic. The order of decreasing  basicity of oxides as listed in the question is;

Cs2O> MgO > SnO2 > P4O10 > Cl2O7.

Learn more: brainly.com/question/10079361

When we draw a conclusion in a scientific experiment, we are a. forming a new scientific law b. determining whether our hypothesis was true c. making sure the experiment proves our hypothesis d. restating the purpose of the experiment

Answers

I think it's b determining whether out hypothesis is true
Draw  restating the purpose of the experiment

A helicopter hovers 200. 0 meters over the ground and releases a relief packet. How much time does it take for the food packet to reach the ground?

Answers

This solution assumes that there are no air resistance and no wind and thus no drag to the object itself

Based on the information given:

  • inital height = 200
  • final height = 0 or groundlevel
  • no intial velocity
  • acceleration: -g or 9.8m/s^2  (gravitional acceleration)

With that information at hand, we use the physics equation:

      x = x_(intial-height) +v_(intial-velocity)+(1)/(2)at^2

  • a: acceleration
  • t: time taken for the fall
  • x: (with no subscript) is the final height

Now let's plug in all the known variables and solve.

     .0 = 200-(1)/(2)*9.8t^2\n (1)/(2)*9.8t^2 = 200\n4.9t^2 = 200\nt = 6.389s

Thus it takes the food packet approximately 6.389 seconds to hit the ground.

Hope that helps!