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Naddika [18.5K]
3 years ago
5

The gravitational strength on Earth is greater than the gravitational strength on Mars. Which statement is correct?

Chemistry
2 answers:
yan [13]3 years ago
8 0

Answer:

<em>I</em><em> think</em><em> option</em><em> </em><em>(</em><em>b)</em><em> </em><em>is</em><em> right</em><em> answer</em>

kipiarov [429]3 years ago
3 0

To solve that question, it is important to know the difference between mass and weight.

Mass is the amount of matter of something. The value of mass is ALWAYS equal in anywhere. So, we can say that the mass of a car here, and on Moon is equal.

Weight is the result when we multiply the mass by the gravitational strenght in somewhere. So, the weight is a value that is different in each different place. For example, a car have different weights on Earth and on Moon.

Now, let's analyze each afirmation:

  • The mass of an object will be greater on Earth than Mars. INCORRECT

We saw that the mass of an object never changes. So, the mass of an object will be equal on Earth and on Mars.

  • The weight of an object will be greater on Earth than Mars. CORRECT

The weight is different in each different place. We know that to know the weight of an object, we should multiply its mass by the gravitational strength in that place.

Now, let's think: if the gravitational strength on Earth is greater than the gravitational strength on Mars and the mass is equal in both places, the weight of an object will be greater on Earth than Mars. We can use math languange to represent this:

W_E is the weight on Earth.

W_M is the weight on Mars.

g_{E} is the gravitational strength on Earth.

g_{M} is the gratitational strength on Mars.

m is the mass of the object

W_E = m \times g_E\\W_M = m \times g_M

If g_E > g_M, so W_E > W_M.

  • The mass of an object will be greater on Mars than Earth. INCORRECT

Remember: The mass NEVER changes when we just change the places.

  • THe weight od an object will be greater on Mars than Earth. INCORRECT

We saw before that the object will have the greater weight on the planet with the greater gravitational strength. So, the weight of an object will be greater on Earth, not on Mars.

I hope I've helped. ^^

Enjoy your studies. \o/

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Given 50.0 grams of Strontium, find grams of Phosphorus required for complete reaction
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Answer:

                     Mass = 11.78 g of P₄

Explanation:

                     The balance chemical equation is as follow:

                                          6 Sr + P4 → 2 Sr₃P₂

Step 1: Calculate moles of Sr as;

Moles = Mass / M/Mass

Moles = 50.0 g / 87.62 g/mol

Moles = 0.570 moles

Step 2: Find moles of P₄ as;

According to equation,

6 moles of Sr reacted with  =  1 mole of P₄

So,

0.570 moles of Sr will react with  =  X moles of P₄

Solving for X,

X = 1 mol × 0.570 mol / 6 mol

X = 0.0952 mol of P₄

Step 3: Calculate mass of P₄ as,

Mass = Moles × M.Mass

Mass = 0.0952 mol × 123.89 g/mol

Mass = 11.78 g of P₄

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3 years ago
Where is most of the mass of an atom? •
yaroslaw [1]
B. inside the nucleus
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4 years ago
A bond in which one atom contributes both bonding electrons to a covalentbond
yKpoI14uk [10]
<h3>Answer:</h3>

A coordinate bond

<h3>Explanation:</h3>
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  • Covalent bond is a type of chemical bond that occurs between non-metal atoms.
  • It occurs as a result of sharing of electrons between the non-metal atoms.
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2NaCl → 2Na +Cl2<br> What reaction is this
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Determine the number of moles in 382.5g of CO-2
exis [7]

Answer: 8.691 mols of CO₂

Explanation:

To find the number of moles in a given grams, you want to use the molar mass.

Let's first find the molar mass of CO₂.

Carbon's molar mass is 12.011 g/mol

Oxygen's molar mass is 15.999 g/mol

To find molar mass of CO₂, we want to add up the molar mass of carbon and oxygen. Remember, there are 2 Oxygens so we need to mulitply that by 2.

12.011+2(15.999)=44.009 g/mol

Now that we have molar mass, we can convert 382.5 g to mols.

382.5g*\frac{1 mol}{44.009g} =8.691 mol

There are about 8.691 mols of CO₂.

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