Define herbivore, carnivore, omnivore, and scavenger.

Answers

Answer 1
Answer: Herbivore-An animal that only eats plants

Carnivore-An animal that only eats meat

Omnivore-An animal or person that eats both meat and plants

Scavenger-An animal that feeds on carrion or dead animals
Answer 2
Answer: A animal or human that only eats plants

A animal or human that only eats meat

A animal or human that eats plants and meat

A animal that only eats dead things

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Consider the differences between organic and inorganiccompounds as you answer each of the following questions.a. Which compounds make good electrolytes?b. Which compounds exhibit ionic bonding?c. Which compounds have lower melting points?d. Which compounds are more likely to be solublein water?e. Which compounds are flammable?
Determine the hydroxide ion concentration ina solution that is 0.00043 M Ca(OH)2.

What is NADPH2 ? where is it used?

Answers

NADPH2 (or NADPH) - nicotinamide adenine dinucleotide phosphate

NADPH2 transfers hydrogen in the process of photosynthesis

How many atoms of hydrogen are in 24.4 g of methane?

Answers

Answer:

The number of atom is 3.67*10^24 atoms

Explanation:

Molar mass of methane CH4 is 16.0g/mol

Using this to divide the mass

24.4g/16.0 = 1.525mol

1 mol CH4 contains 1 mol of Carbon C and 4 mol of hydrogen H, so 1.525mol contains 4(1.525)=6.1 molH

Using avogadro number : (6.1mol)(6.02*10^23)

= 3.67*10^24 atoms

Final answer:

There are 3.66 × 10^24 hydrogen atoms in 24.4 g of methane (CH4). This is calculated by first finding the number of moles of CH4 and then using Avogadro's number to determine the total number of molecules, which is finally multiplied by 4 (the number of hydrogen atoms per CH4 molecule).

Explanation:

The question asks how many atoms of hydrogen are in 24.4 g of methane (CH4). Methane has a molecular formula of CH4, indicating that each molecule contains 4 hydrogen atoms. The molar mass of methane is 16.04 g/mol (12.01 g for carbon + 4 × 1.008 g for hydrogen).

First, calculate the number of moles of methane:

24.4 g CH4 × (1 mol CH4 / 16.04 g CH4) = 1.52 mol CH4

Then, multiply by Avogadro's number to find the total number of methane molecules:

1.52 mol CH4 × (6.022 × 1023 molecules/mol) = 9.15 × 1023 molecules of CH4

Since each molecule of methane has 4 hydrogen atoms, we get:

9.15 × 1023 molecules CH4 × (4 H atoms/molecule) = 3.66 × 1024 hydrogen atoms.

How much of each gas is there in 100cm3 air?

Answers

Each 100 cm3 of air, constitutes 78cm3 nitrogen, 21cm3 oxygen and 1cm3 constitutes of other gases like Argon, ozone, carbon dioxide and water vapour in small amounts.
Dry air contains 78% nitrogen , 21% oxygen and 1%noble gases.

1) What is the state of silver at room temperature , use the diagram in the image to explain why?2)What temperature is silver…..
a) as a liquid
b) as a gas

Answers

Liquid state because when the silver is heated at 961 degrees the kinetic energy produced and change the state of solid to liquid state.

2) liquid state

What is a well-mixed mixture that contains a solvent and at least one solute

Answers

Maybe a solution.
Solution- a mixture containing liquids that has a solute(Minor component) that is distributed within the solvent(Major component)...Hope that helped :)

Scientists predicted Adamantium would have an Atomic radius of 327 pm. Once the element was measured experimentally, they found that the atomic radius was really 312 pm. Calculate the percent error of their prediction

Answers

The actual atomic radius of Adamantium is 327pm. The experimentally estimated value of atomic radius of adamantium is 312pm. The percent error can be calculated as,

Percent error = (actual value-estimated value)/actual value *100

                       = 327-312/327*100

=Approx. 5 percent error in their prediction.