An archer uses a force of 60.0N to draw back the string of his bow through a distance of 0.330m. He then fires a 300g arroe straight up into the air.
What is the maximum speed of the arrow at the instane it leaves the bow?
What is the maximum height reached by the arrow in its flight into the air?
The arrow on a furnace filter indicates the direction of airflow, showing which side should face towards the furnace. The air should flow in the direction that the arrow is pointing when the filter is inserted.
When the boys let go of the arrow, it moves forward due to the release of potential energy that was stored in the bowstring when it was drawn back. This potential energy is converted into kinetic energy, propelling the arrow forward. This is an example of the principle of conservation of energy at work.
When an arrow is released from a bow, it moves forward due to the force generated by the tension in the bowstring. This force propels the arrow forward with momentum, causing it to travel in the direction it was aimed. Additionally, the aerodynamic design of the arrow helps it maintain stability and accuracy during its flight.
The arrow has combustible material coated on certainrestrictedarea of the arrow. This materials in coated form has highest potentialenergydue to stronger cohesive forces. when thismaterialswith stronger cohesive forces catch fire the molecules or the particles of the coatedmaterialgain higherkineticenergyby weakening cohesive forces. thekineticenergyof the particles faces resistanceand thus the kineticenergyis noted as frictional forcesbecausethe flame which withhigherkineticenergymoves forward faces resistance and flame may not go to more and more distance from the arrow area. Thus the cohesive and frictional forces do operate in flame movement or it could be termed as Friccohesity is highly operative factor for converting potentialenergyinto the kineticenergyof thematerialsin flame phenomenon.
If the number of waves passing by per unit time increases, the distance between each crest will decrease. This is because the frequency of the waves is directly related to the distance between the crests - as the frequency or number of waves increases, the distance between each crest decreases.
this means you cant go another farther. your equation will not allow you to compute any more numbers farther than the maximum distance.
There is not a maximum distance the restroom is required to be from a work area. You have to be able to go to the restroom in a reasonable time on your break.
From its starting position all the way to the ground. :)
on the castle there is an arrow launcher. go near it and go to items and find the rope. press use and point it at the door on the left tower and shoot the arrow.
well i have a 44 magnum the maximum distance is 1 kilometre
100 Metres
you go to the store on webkinz and go to the food asile and keep clicking the arrow until you find it
you can find prices of arrow heads on www.arrow headprices.org or go to google and put arrow head prices. www.arrow head prices might be expired you have good questiions.
go to mobius and go down to where the giant whole by the river is and go further and u will find a silver arrow-go there and u will find echerion:) hope i helped
You point the arrow straight across and go according to the distance the bucket is at.
You go to the castle and go all the way to the right and move your arrow up and down until you see go right (it took me forever to find it)
after you beat one of the fire temple's mini boss's go left or right and you will find a chest then you find it