Answer:
12.7m
Step-by-step explanation:
The equation for motion to be used to find how far the water travels is
xf = xi + Vix(t) + 1/2axt^2
xf = 0 + ViCos α(t) + 0
xf = ViCosα(t)
xf = 12 Cos 30°(t)
xf = (6√3)t
To find the total times we will use the vertical displacement equation
yf = yi + Viy(t) + 1/2ayt^2
0 = 0 + ViSinα(t) + (1/2 * (-9.8)t^2)
0 = 12Sin30°(t) - 4.9t^2
4.9t^2 = 12Sin30°(t)
4.9t^2 = 6t
Divide through by t
4.9t = 6
t = 6/4.9
t = 1.22secs
Put t = 1.22 into (6√3)t
xf = 6√3 * 1.22
xf = 12.7m
The 10 times greater is the value of 3 in 300 than the value of 3 in 30 after using the concept of fraction.
Fraction number consists of two parts, one is the top of the fractionnumber which is called the numerator and the second is the bottom of the fraction number which is called the denominator.
It is given that:
How many times greater is the value of 3 in 300 than the value of the 3 in 30
Let x be the number of times the value of 3 in 300.
The equation can be framed:
3x = 300
x = 300/3
x = 100
Let y be the number of times the value of the 3 in 30:
The equation can be framed:
3y = 30
y = 30/3
y = 10
Take the fraction:
x/y = 100/10
x/y = 10
x = 10y
Thus, the 10 times greater is the value of 3 in 300 than the value of 3 in 30 after using the concept of fraction.
Learn more about the fraction here:
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will give brainlyst
Answer:
B = 13.75
Step-by-step explanation:
how do you solve the system of elimination method. x-6y=-30 -2x-5y=-25