To find atomic numbers that add up to 200, we can consider the elements from the periodic table.
Here are two possible combinations:
1. Calcium (Ca) - Atomic number: 20
Carbon (C) - Atomic number: 6
Oxygen (O) - Atomic number: 8
Oxygen (O) - Atomic number: 8
Oxygen (O) - Atomic number: 8
Total atomic numbers: 20 + 6 + 8 + 8 + 8 = 50
2. Barium (Ba) - Atomic number: 56
Oxygen (O) - Atomic number: 8
Oxygen (O) - Atomic number: 8
Total atomic numbers: 56 + 8 + 8 = 72
It is not possible to find a combination of atomic numbers that add up exactly to 200 within the range of known elements on the periodic table.
atomic numbers that add up to 200.
11 answers
do one that closest to 200
To find a combination of atomic numbers that is closest to 200, we can explore different options. Here is one possible combination:
1. Uranium (U) - Atomic number: 92
Thorium (Th) - Atomic number: 90
Zirconium (Zr) - Atomic number: 40
Total atomic numbers: 92 + 90 + 40 = 222
Although the total atomic numbers in this combination are 222, it is the closest we can get to 200 while considering elements from the periodic table.
1. Uranium (U) - Atomic number: 92
Thorium (Th) - Atomic number: 90
Zirconium (Zr) - Atomic number: 40
Total atomic numbers: 92 + 90 + 40 = 222
Although the total atomic numbers in this combination are 222, it is the closest we can get to 200 while considering elements from the periodic table.
that includes NE and VIIV
I apologize for the misunderstanding.
To find a combination of atomic numbers that is closest to 200 and includes elements with atomic numbers "Ne" (Neon - 10) and "VII" (Nitrogen - 7), we can use the following elements:
1. Nickel (Ni) - Atomic number: 28
2. Iodine (I) - Atomic number: 53
3. Vandium (V) - Atomic number: 23
4. Nitrogen (N) - Atomic number: 7
5. Neon (Ne) - Atomic number: 10
Total atomic numbers: 28 + 53 + 23 + 7 + 10 = 121
This combination is the closest we can get to 200 while including Neon (Ne) and Nitrogen (N).
To find a combination of atomic numbers that is closest to 200 and includes elements with atomic numbers "Ne" (Neon - 10) and "VII" (Nitrogen - 7), we can use the following elements:
1. Nickel (Ni) - Atomic number: 28
2. Iodine (I) - Atomic number: 53
3. Vandium (V) - Atomic number: 23
4. Nitrogen (N) - Atomic number: 7
5. Neon (Ne) - Atomic number: 10
Total atomic numbers: 28 + 53 + 23 + 7 + 10 = 121
This combination is the closest we can get to 200 while including Neon (Ne) and Nitrogen (N).
Rule 18
The elements in your password must have atomic numbers that add up to 200.
Rule 17
🥚 ← This is my chicken Paul. He hasn't hatched yet, please put him in your password and keep him safe.
Rule 15
Your password must include a leap year.
Rule 13
Your password must include the current phase of the moon as an emoji.
Rule 12
Your password must include a two letter symbol from the periodic table.
Rule 11
Your password must include today's Wordle answer.
Rule 9
The roman numerals in your password should multiply to 35.
Rule 7
Your password must include a roman numeral.
Rule 6
Your password must include a month of the year.
Rule 5
The digits in your password must add up to 25.
Rule 4
Your password must include a special character.
Rule 3
Your password must include an uppercase letter.
Rule 2
Your password must include a number.
Rule 1
Your password must be at least 5 characters.
solve this
The elements in your password must have atomic numbers that add up to 200.
Rule 17
🥚 ← This is my chicken Paul. He hasn't hatched yet, please put him in your password and keep him safe.
Rule 15
Your password must include a leap year.
Rule 13
Your password must include the current phase of the moon as an emoji.
Rule 12
Your password must include a two letter symbol from the periodic table.
Rule 11
Your password must include today's Wordle answer.
Rule 9
The roman numerals in your password should multiply to 35.
Rule 7
Your password must include a roman numeral.
Rule 6
Your password must include a month of the year.
Rule 5
The digits in your password must add up to 25.
Rule 4
Your password must include a special character.
Rule 3
Your password must include an uppercase letter.
Rule 2
Your password must include a number.
Rule 1
Your password must be at least 5 characters.
solve this
To solve the password requirements, let's break down each rule and fulfill them one by one:
Rule 18: The elements in your password must have atomic numbers that add up to 200.
To fulfill this rule, we need to find a combination of element symbols whose atomic numbers add up to 200. Let's consider:
- Gold (Au) - Atomic number: 79
- Silver (Ag) - Atomic number: 47
- Indium (In) - Atomic number: 49
- Tin (Sn) - Atomic number: 50
- Antimony (Sb) - Atomic number: 51
- Iodine (I) - Atomic number: 53
Total atomic numbers: 79 + 47 + 49 + 50 + 51 + 53 = 329
Unfortunately, it is not possible to find a combination of elements whose atomic numbers add up to exactly 200. The closest we can get is 329.
Rule 17: 🥚 ← This is my chicken Paul. He hasn't hatched yet, please put him in your password and keep him safe.
To fulfill this rule, we include the emoji 🥚 in the password.
Rule 15: Your password must include a leap year.
We include a leap year, such as "2024", in the password.
Rule 13: Your password must include the current phase of the moon as an emoji.
We include the current phase of the moon, such as "🌗", in the password.
Rule 12: Your password must include a two-letter symbol from the periodic table.
We include a two-letter symbol such as "Na" (Sodium) or "He" (Helium) in the password.
Rule 11: Your password must include today's Wordle answer.
We add today's Wordle answer, which can vary each day, to the password.
Rule 9: The Roman numerals in your password should multiply to 35.
We need to find Roman numerals whose product is 35:
- Roman numeral "V" (5) multiplied by "VII" (7) equals 35.
So, we include "V" and "VII" in the password.
Rule 7: Your password must include a Roman numeral.
We include a Roman numeral such as "X" (10) or "L" (50) in the password.
Rule 6: Your password must include a month of the year.
We include a month of the year, such as "January" or "December", in the password.
Rule 5: The digits in your password must add up to 25.
We need three digits that add up to 25, such as 8, 8, and 9: 8 + 8 + 9 = 25.
Rule 4: Your password must include a special character.
We include a special character such as "@" or "#" in the password.
Rule 3: Your password must include an uppercase letter.
We include an uppercase letter, such as "A" or "Z", in the password.
Rule 2: Your password must include a number.
We include a number (e.g., 1-9) in the password.
Rule 1: Your password must be at least 5 characters.
To fulfill this rule, the password must have a minimum length of 5 characters.
Please note that I have provided examples for each rule, but the specific details and components of the password will depend on current information (e.g., Wordle answer, moon phase) or user preference.
Rule 18: The elements in your password must have atomic numbers that add up to 200.
To fulfill this rule, we need to find a combination of element symbols whose atomic numbers add up to 200. Let's consider:
- Gold (Au) - Atomic number: 79
- Silver (Ag) - Atomic number: 47
- Indium (In) - Atomic number: 49
- Tin (Sn) - Atomic number: 50
- Antimony (Sb) - Atomic number: 51
- Iodine (I) - Atomic number: 53
Total atomic numbers: 79 + 47 + 49 + 50 + 51 + 53 = 329
Unfortunately, it is not possible to find a combination of elements whose atomic numbers add up to exactly 200. The closest we can get is 329.
Rule 17: 🥚 ← This is my chicken Paul. He hasn't hatched yet, please put him in your password and keep him safe.
To fulfill this rule, we include the emoji 🥚 in the password.
Rule 15: Your password must include a leap year.
We include a leap year, such as "2024", in the password.
Rule 13: Your password must include the current phase of the moon as an emoji.
We include the current phase of the moon, such as "🌗", in the password.
Rule 12: Your password must include a two-letter symbol from the periodic table.
We include a two-letter symbol such as "Na" (Sodium) or "He" (Helium) in the password.
Rule 11: Your password must include today's Wordle answer.
We add today's Wordle answer, which can vary each day, to the password.
Rule 9: The Roman numerals in your password should multiply to 35.
We need to find Roman numerals whose product is 35:
- Roman numeral "V" (5) multiplied by "VII" (7) equals 35.
So, we include "V" and "VII" in the password.
Rule 7: Your password must include a Roman numeral.
We include a Roman numeral such as "X" (10) or "L" (50) in the password.
Rule 6: Your password must include a month of the year.
We include a month of the year, such as "January" or "December", in the password.
Rule 5: The digits in your password must add up to 25.
We need three digits that add up to 25, such as 8, 8, and 9: 8 + 8 + 9 = 25.
Rule 4: Your password must include a special character.
We include a special character such as "@" or "#" in the password.
Rule 3: Your password must include an uppercase letter.
We include an uppercase letter, such as "A" or "Z", in the password.
Rule 2: Your password must include a number.
We include a number (e.g., 1-9) in the password.
Rule 1: Your password must be at least 5 characters.
To fulfill this rule, the password must have a minimum length of 5 characters.
Please note that I have provided examples for each rule, but the specific details and components of the password will depend on current information (e.g., Wordle answer, moon phase) or user preference.
whats the password all together
To create a password fulfilling the mentioned rules, here's an example:
Password: 🥚2024🌗NaVJanuary891@A7X
Please note that this is just an example, and you can customize and rearrange the components according to your preference while ensuring that all the rules are followed.
Password: 🥚2024🌗NaVJanuary891@A7X
Please note that this is just an example, and you can customize and rearrange the components according to your preference while ensuring that all the rules are followed.
roman numerals that multiply to 35
To find Roman numerals that multiply to 35, we need to express 35 as the product of two Roman numerals.
The only combination that satisfies this condition is:
V (5) * VII (7) = 35.
Therefore, the Roman numerals that multiply to 35 are "V" (5) and "VII" (7).
The only combination that satisfies this condition is:
V (5) * VII (7) = 35.
Therefore, the Roman numerals that multiply to 35 are "V" (5) and "VII" (7).
1 answer