One point will be X1,Y1 and the other will be X2,Y2. It does not matter which is which except that X1 and Y1 have to be the same point and X2 and Y2 have to be the same point. For example, let's say you were given (2,3) and (6,8). No matter which point is X1,Y1 and the other is X2,Y2, the slope will still be 5/4.
The rise is the change in y from one point to the other. The run would be the change in x from one point to the other.
Answer:
Explanation:
Check the attachment.
By the definition of the simple harmonic motion,
The motion of a particle whose acceleration is
1. Always directed towards the center of the motion.
2. Proportional to the distance from center of the motion.
We get, a ∝ -x
where
a = acceleration
x = distance of the particle from center of the motion
- sign says acceleration is in opposite direction of motion
Check the other attachment for proof of a = -ω²x (or a = -ω²y)
x and y are both use to denote distance from center of the motion
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Answer:
Pretty sure it's friction force
Explanation:
Because you pretty much just push it I guess
Answer:
Please find the answer in the explanation
Explanation:
1.) Beta = 180 - ( 90 + 36.9 )
Beta = 180 - 126.9
Beta = 53.1 degree
X and Y can be calculated by using trigonometry ratio ( SohCahToa)
Sin 36.9 = Y /65
Y = 65Sin36.9
Y = 39
Cos 36.9 = X/65
X = 65Cos 36.9
X = 51.97
X = 52 approximately
2.) Using trigonometry ratio again
Tan alpha = 35/60.6
Alpha = tan^-1(0. 577)
Alpha = 30 degree
To calculate beta,
Beta = 180 - ( 30 + 90)
Beta = 180 - 120
Beta = 60 degree
Sin 30 = 35 / R
R = 35/ sin30
R = 35/ 0.5
R = 70
3.) Cos Alpha = 45/47.9
Alpha = cos^-1 ( 0.93945)
Alpha = 20 degree
Beta = 180 - ( 20 + 90)
Beta = 180 - 110
Beta = 70 degree
Sin 20 = Y / 47.9
Y = 47.9sin20
Y = 16.1