Nerve impulses do not travel at 170 mph; instead, they can vary significantly in speed depending on the type of nerve fiber. In myelinated fibers, impulses can travel at speeds up to about 120 meters per second (approximately 268 mph), while unmyelinated fibers are much slower. Thus, while some nerve impulses can approach high speeds, they do not typically reach 170 mph.
170 km per hour equates to 105.6 mph.
Cover your face, now... a sneeze. Incidentally, when you sneeze, it is impossible for you to keep your eyes open by force of will. Your eyes will close.
about 45 mph to 50 mph at a push
196 miles per hour is 170.29 Knots.
It will take 3.72 minutes to cover 556 feet at 1.7 mph.
The dendrites of one neuron send electrical impulses called synapses to the axons of other neurons to transport information.
170/65 = 2.6 hours
It really depends. Some neural impulses can travel as slow as 2 mph or at a speed of 200 or more mph. Even at this speed it's 3 million times slower than the speed of electricity through a wire
Average of about 100-150 for amateurs. Tiger Woods hits a ball at 170 MPH.
170 km per hour equates to 105.6 mph.
About 2 hours 37 minutes averaging 65 mph.
170 miles = 170*5280 = 897,600 feet. So 170 mph = 879,600 ft per hour.
A Chinook helicopter can typically travel at a cruising speed of around 160-170 knots (184-196 mph or 296-315 km/h) depending on the model and payload. Its top speed is usually around 170-180 knots (196-207 mph or 315-333 km/h).
According to my search it is 170 mph.
170kph = 105.6 mph approx.
170 times 3600 (secs in an hour) divided by 5280 (feet in a mile) 170 x 3600/5280 = 115.91 mph
Cover your face, now... a sneeze. Incidentally, when you sneeze, it is impossible for you to keep your eyes open by force of will. Your eyes will close.