I think you mean 'inverted and reverse' and not just 'reversed'. If we start with 10968 and 'reverse' it we get 86901, now if we invert the the 6 changes into a 9, and the 9 changes into a 6 - to give us 89601. 89601 - 10968 = 78633.
"Reversed" typically refers to something that has been turned backward or inverted in some way. This can apply to various contexts, such as reversing a decision, a process, or a physical object. In a broader sense, reversing can signify a change in direction or a return to a previous state. The concept often emphasizes the idea of undoing or altering the original order or outcome.
When velocity's direction is reversed, it means that the object is now moving in the opposite direction to its original motion. For example, if an object was initially moving east, reversing its velocity direction would cause it to now move west.
Yes. If a current is reversed, the magnetic field is reversed as well.
why is merchandise inventory reversed
The reversing valve
To write pseudocode for reversing a given number, first initialize a variable to store the reversed number and set it to zero. Then, use a loop to extract the last digit of the number (using modulo operation), append it to the reversed number, and update the original number (by dividing it by 10). Continue this process until the original number becomes zero. Finally, output the reversed number. Here’s a simple pseudocode example: function reverseNumber(number): reversed = 0 while number > 0: digit = number % 10 reversed = reversed * 10 + digit number = number // 10 return reversed
The number you are looking for is 12. Reversing the digits gives you 21 75% of 12 is 9 12 + 9 = 21
by reversing the connection of the two windings
Inversions occur when segments of chromosome become reversed. Cells are known to eliminate three types of damage to their DNA by chemically reversing it.
If terminals of the battery are reversed, it will short the device that is using the battery. On a car reversing the cables can blow fuses, melt wires, and fry computers.
Yes, melting can be reversed through the process of freezing. When a substance, such as ice, melts due to heat, it transitions from a solid to a liquid state. By lowering the temperature, the liquid can solidify back into its original solid form, effectively reversing the melting process. This principle applies to many materials, including water, wax, and metals.
47 Impossible problem!