well it depends on what angle it is if the angle 180 degrees then its straight so you are good but if its 200 and over then its not going to be so easythen it was before.
well it depends on what angle it is if the angle 180 degrees then its straight so you are good but if its 200 and over then its not going to be so easythen it was before.
It makes it easier to understand which angle you are talking about.
Suppose the angle is x. Then its complement is 90-x x - 50 = 90 - x or 2x = 140 so that x =70.
a 45 degree angle is less than a 90 degree angle and more than a 30 degree angle Its like cutting a round Pizza into 8 equal slices, one of the slices is a 45 degree angle, two slices would be a 90 degree angle. 360 degrees is the circle of the whole pizza. It doesn't matter the size of the circle, or Pizza if its easier, the angles will still be the same.
because a smaller critical angle means that it is easier for total internal reflection to occur, which is the desirable quality in an optical fibre.
Pull it at a straight angle.
well it depends on what angle it is if the angle 180 degrees then its straight so you are good but if its 200 and over then its not going to be so easythen it was before.
Pull your wagon on a straight angle. Easy as that! :D
well it depends on what angle it is if the angle 180 degrees then its straight so you are good but if its 200 and over then its not going to be so easythen it was before.
the cart will be easier pull, inspite of the weight of the board, becauce now the angle of pull is much closer to the angle of movement
I was googling this very thing looking for the answer. I think it's because a longer rope reduces the vertical angle, so you're doing more pulling and less lift/pulling.
I suppose you are looking for the name. The common name for a 90o angle is 'right angle'.
From the information given in the question there is no reason to suppose that the angle will change.
You can perform angle parking by cutting the steering wheel at a sharp angle and then pulling into a space. Keep the wheel cut to achieve an angle.
It is easier to pull a box up an incline because pulling utilizes more of your body weight for leverage and provides a better grip between the box and the surface. On the other hand, pushing a box down an incline requires overcoming both the force of gravity pulling the box downhill and the friction between the box and the surface, making it more difficult.
It is generally easier to accelerate an object by pushing or pulling it in the same direction as its motion (horizontal to the motion) because you are adding force in the same direction as the velocity, increasing the speed. Pushing or pulling at an angle will require some of the force to be used in changing the direction, making it less efficient for acceleration.
It depends on how long she studied divinity, I suppose.