Magnesium combines with oxygen to form magnesium oxide. a 100-gram sample of magnesium combines with 65.8 grams of oxygen. a 10-gram sample of magnesium combines with 6.58 grams of oxygen. which point of dalton’s atomic theory is supported by these findings? all atoms of the same element have the same mass, and atoms of different elements have different masses. all elements are composed of atoms. in a particular compound, atoms of different elements always combine in the same way.

In a particular compound, atoms of different elements always combine in the same way.

Step-by-step explanation:

Dalton's atomic theory postulate:

1.All matter consist of indivisible particles called atoms.

2.Atoms of same element are identical in shape and mass. Atoms of different element are different in shape and mass.

3.Atoms cannot be created or destroyed.

4.Atoms of different elements may combine with each other in a fixed , simple, whole number ratios to form compounds.

5.Atoms is the smallest unit of matter that can take part in  a chemical reaction.

Mass of magnesium in a sample=100 g

Mass of oxygen in a  sample=65.8 g

Ratio of Mg to O=100:65.8=1.52:1

Mass of magnesium in other sample=10 g

Mass of oxygen in other sample=6.58 g

Ratio of Mg to O=10:6.58=1.52:1

Hence, the ratio of Magnesium to oxygen in each sample=1.52:1

Therefore, the point supported by given information is

In a particular compound, atoms of different elements always combine in the same way.

In a particular compound, atoms of different elements always combine in the same way.

7! = 7×6×5×4×3×2

3! = 3× 2

as 7! is multiple of 3! because 7! contains 3! that is 3× 2 as factor

so 7! /(3! ) = 7× 6× 5× 4

= 42 × 20

= 840

its b) 840✌✌✌

dhruv⭐

fa tha first one you gonna add y to both sides

it look like this

x-y+y=6+y

x=y+6

therefore your answer is

x =y+6

fa tha second one

you gonna flip tha equation

it gonna look like x-4y=y

then add 4 to both sides

it gonna look like tha

x-4 +4 =y +4

so therefore tha answer is x=y+4

step-by-step explanation: