73^(0) = 1 73^(1) = 73 73 ^(2) = 5329 73^(3) = 389017 et seq., NB Except for manipulating indices/exponents, the 'power of '1' is not normally shown.
The answer is 73.
Any number x raised to a negative power -y is equivalent to the reciprocal of x raised to y. So, 10-73 would be the fraction 1 over the number 1 with 73 zeroes after it. A very small number indeed!
73 = 343
7/83 = 73/83 or 343/512.
the power stroke
In a 2 stroke, every second stroke of the engine is a power stroke. In a 4 stroke, every 4th stroke of the engine is a power stroke. Knowing this, a 2 stroke has double the power as a 4, in the same cc
73^(0) = 1 73^(1) = 73 73 ^(2) = 5329 73^(3) = 389017 et seq., NB Except for manipulating indices/exponents, the 'power of '1' is not normally shown.
the power stroke is the downward stroke of the piston, how much power is created in this motion is judged in horse power.
two stroke engines have a power stroke every second revolution of the crank shaft. four strokes have a power stroke every fourth revolution of the crank shaft. that is why a 125cc two stroke has about the same power as a 250cc four stroke.
2-stroke engines produce much more power than 4-stroke.
Suction stroke, compression stroke, power stroke & exhaust stroke
The four strokes of an internal combustion engine are intake, compression, power, and exhaust. During the intake stroke, air and fuel are drawn into the combustion chamber. In the compression stroke, the mixture is compressed. The power stroke is when the compressed mixture is ignited to create power, while the exhaust stroke expels the burned gases from the chamber.
In a 2-stroke engine, one power stroke occurs for every revolution of the crankshaft. This is because the engine completes a power cycle (intake, compression, power, and exhaust) in just two strokes of the piston or one full revolution, unlike a 4-stroke engine, which requires two revolutions for one power stroke.
2 stroke
The power stroke and recovery stroke are two phases in the rowing motion. The power stroke is the phase where the rower applies force to the oar, propelling the boat forward, while the recovery stroke is the phase where the rower resets and prepares for the next power stroke by pulling the oar back towards the starting position. Together, these strokes create a continuous cycle of propulsion and preparation in rowing.
A "1" with 73 zeroes behind.