# Formula 1 When

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## 1. When is a particle classified as an atom, a

Ask: 1. When is a particle classified as an atom, a molecule or a formula unit?​

EXPLANATIONS
The fundamental essential elements of life are molecules. Life on Earth would not survive without water molecules. For structure and function, all living creatures require protein molecules. As a result, understanding how atoms interact to form molecules is critical for unraveling the origins of life. Students may encounter particles such as atoms, molecules, and ions on row 11–14 numbers. However, these terms are frequently misused in the media and ordinary conversation, confusing pupils of all ages about which word to use. Molecules are created when atoms unite. For a few elements, such as H2 and O2, they form a molecule of that element when their atoms join. When atoms of various elements unite, a compound molecule can comprise, for example, H2O. If a particle contains an atom, it is classified as an atom. Provided is a single atom, for example, Fe, S, or O.

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A particle is classified as an atom if the given is only one atom e.g.fe,s,o,etc. A particle is classified as molecules if the given is a covalent compound or from covalent bonding e.g.CO2,etc. A particle is classified as a formula unit if the given is an ionic compound or from ionic bonding e.g.LIF,LICI,etc.

Explanation:

hope it’s help

## the 3 formulas used in factoring quadratic equation when A=1​

A=1 1÷4=45+5=10

Step-by-step explanation:

sana hindi naka tulong

## 1. When is a particle classified as an atom, a

Ask: 1. When is a particle classified as an atom, a molecule, or a formula unit?​

The fundamental essential elements of life are molecules. Life on Earth would not survive without water molecules. For structure and function, all living creatures require protein molecules. As a result, understanding how atoms interact to form molecules is critical for unraveling the origins of life. Students may encounter particles such as atoms, molecules, and ions on row 11–14 numbers. However, these terms are frequently misused in the media and ordinary conversation, confusing pupils of all ages about which word to use. Molecules are created when atoms unite. For a few elements, such as H2 and O2, they form a molecule of that element when their atoms join. When atoms of various elements unite, a compound molecule can comprise, for example, H2O. If a particle contains an atom, it is classified as an atom. Provided is a single atom, for example, Fe, S, or O.

For more related information, you may visit this link:

https://brainly.ph/question/1150755

## 1. Write the formula of the product when pentanol is

Ask: 1. Write the formula of the product when pentanol is heated to 1800C with sulfuric acid.

CO12M

Explanation:

when pentanol is heated with sulfuric acid it transform into a new chemical named Carbon Oxide Metanol

## 1).what is the formula in finding the value of k

Ask: 1).what is the formula in finding the value of k when k-2 , k+1 , 4k-2.
2).what is the formula in finding the sum of a geometric sequence?

1. [tex] frac{k+1}{k-2} = frac{4k-2}{k+1} [/tex]
cross multiply and simplify
[tex] k^{2} + 2k + 1 = 4k^{2} – 10k + 4 \ 3k^{2} -12k +3 \ 3(k^{2} -4k + 1 ) \[/tex]
then use quadratic formula to get k

## what is the formula of x+3y; when x=1,y= -2​

Ask: what is the formula of x+3y; when x=1,y= -2​

7

Step-by-step explanation:

X+3y; when x=1, y=-2

Substitute the value of variable x and y

1+3(-2) =1 + -6. Absolute of -6 is +6

then 1+6=7

## QUESTIONS:1. When is a particle classified as an atom, a

1. When is a particle classified as an atom, a molecule, or a formula unit?​

a particle is classified as an atom if the given is only one atom e.g. Fe, S, O,etc. a particle is classified as molecules if the given is a covalent compound or from covalent bonding e.g. CO2,etc. a particle is classified as a formula unit if the given is an ionic compound or from ionic bonding

## REVIEWGive the accurate formula of getting oven temperatures.1. When finding

Give the accurate formula of getting oven temperatures.
1. When finding Fahrenheit, what is the formula?
2. When finding Centigrade, what is the formula?​

FAHRENHEIT

The Fahrenheit temperature scale is used in the United States; the Celsius, or centigrade, scale is employed in most other countries and for scientific purposes worldwide. The conversion formula for a temperature that is expressed on the Celsius (°C) scale to its Fahrenheit (°F) representation is: °F = (9/5 × °C) + 32.

If you want to convert a normal human body temperature (98.6 F) to Celsius, plug the Fahrenheit temperature into the formula: C = 5/9 x (F – 32)

The Fahrenheit temperature scale is used in the United States; the Celsius, or centigrade, scale is employed in most other countries and for scientific purposes worldwide. The conversion formula for a temperature that is expressed on the Celsius (°C) scale to its Fahrenheit (°F) representation is: °F = (9/5 × °C) + 32.

## Suide Questions: 1. When is a particle classified as an

Ask: Suide Questions: 1. When is a particle classified as an atom, a molecule, or a formula unit?​

a particle is classified as an atom if the given is only one atom e.g. Fe, S, O,etc.

a particle is classified as molecules if the given is a covalent compound or from covalent bonding e.g. CO2,etc. a particle is classified as a formula unit if the given is an ionic compound or from ionic bonding e.g. LiF, LiCl,etc

Explanation: nasa brainly nayan kinopy kolang heheh

A particle is classified as an atom if the given is only one atom e.g. Fe, S, O,etc. a particle is classified as molecules if the given is a covalent compound or from covalent bonding e.g. CO2,etc. a particle is classified as a formula unit if the given is an ionic compound or from ionic bonding e.g. LiF, LiCl,etc.

Hope it helps!!

## Activity 8.1 Directions: Identify what are being described / asked

Ask: Activity 8.1 Directions: Identify what are being described / asked in the statements below 1. The formula for finding the Distance when calculating for Speed 2. The formula to find Time when calculating for Acceleration 3. The formula for finding the Initial Velocity​