Base Explorer
Sections
1. Decimal
2. Decimal
3. Decimal
4. Binary
5. Binary
6. Binary
7. Binary
8. Binary
9. Binary
10. Hexadecimal
11. Hexadecimal
12. Hexadecimal
13. Hexadecimal Colors
14. Hexadecimal Colors
15. Hexadecimal Colors
Sections
1. Decimal
2. Decimal
3. Decimal
4. Binary
5. Binary
6. Binary
7. Binary
8. Binary
9. Binary
10. Hexadecimal
11. Hexadecimal
12. Hexadecimal
13. Hexadecimal Colors
14. Hexadecimal Colors
15. Hexadecimal Colors
1. Decimal
Instructions The position of a digit in a number gives that digit a certain value. Goals Fill in the blanks to make the target number.
| Target 0
Decimal Value 0 |
2. Decimal
Instructions The position of a digit in a number gives that digit a certain value. Goals Fill in the blanks to make the target number.
| Target 0
Decimal Value 0 |
3. Decimal
Instructions The position of a digit in a number gives that digit a certain value. Goals Fill in the blanks to make the target number.
| Target 0
Decimal Value 0 |
4. Binary
Instructions The position of a digit in a number gives that digit a certain value. In Binary instead of powers of ten, each place value is a power of two. And instead of ten digits 0-9, you can only use 0 and 1. Goals Fill in the blanks to make the Decimal Value match the Target number.
| Target 0
|
5. Binary
Instructions The position of a digit in a number gives that digit a certain value. In Binary instead of powers of ten, each place value is a power of two. And instead of ten digits 0-9, you can only use 0 and 1. Goals Fill in the blanks to make the Decimal Value match the Target number.
| Target 0
|
6. Binary
Instructions The position of a digit in a number gives that digit a certain value. In Binary instead of powers of ten, each place value is a power of two. And instead of ten digits 0-9, you can only use 0 and 1. Goals Fill in the blanks to make the Decimal Value match the Target number.
| Target 0
|
7. Binary
Instructions The position of a digit in a number gives that digit a certain value. In Binary instead of powers of ten, each place value is a power of two. And instead of ten digits 0-9, you can only use 0 and 1. Goals Fill in the blanks to make the Decimal Value match the Target number.
| Target 0
|
8. Binary
Instructions The position of a digit in a number gives that digit a certain value. In Binary instead of powers of ten, each place value is a power of two. And instead of ten digits 0-9, you can only use 0 and 1. Goals Fill in the blanks to make the Decimal Value match the Target number.
| Target 0
|
9. Binary
Instructions The position of a digit in a number gives that digit a certain value. In Binary instead of powers of ten, each place value is a power of two. And instead of ten digits 0-9, you can only use 0 and 1. Goals Fill in the blanks to make the Decimal Value match the Target number.
| Target 0
|
10. Hexadecimal
Instructions Hexadecimal is a base 16 number system. It uses the digits: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E, F to represent values from 0 to 15. Each place value is a power of sixteen. Goals Use digits 0 to F to make a Hexadecimal number that has the same value as the decimal target.
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11. Hexadecimal
Instructions Hexadecimal is a base 16 number system. It uses the digits: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E, F to represent values from 0 to 15. Each place value is a power of sixteen. Goals Use digits 0 to F to make a Hexadecimal number that has the same value as the decimal target.
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12. Hexadecimal
Instructions Hexadecimal is a base 16 number system. It uses the digits: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E, F to represent values from 0 to 15. Each place value is a power of sixteen. Goals Use digits 0 to F to make a Hexadecimal number that has the same value as the decimal target.
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13. Hexadecimal Colors
Instructions Computers use six digit Hexadecimal numbers to represent colors. Use the sliders and digits 0 to F to match the colors on the left to the colors on the right. Goals Find the Heaxdecimal number for the color in the Hexagon.
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14. Hexadecimal Colors
Instructions Computers use six digit Hexadecimal numbers to represent colors. Use the sliders and digits 0 to F to match the colors on the left to the colors on the right. Goals Find the Heaxdecimal number for the color in the Hexagon.
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15. Hexadecimal Colors
Instructions Computers use six digit Hexadecimal numbers to represent colors. Use the sliders and digits 0 to F to match the colors on the left to the colors on the right. Goals Find the Heaxdecimal number for the color in the Hexagon.
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16. Lesson Done
Instructions You have completed the lesson. You may scroll up to review the lesson. |
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