Answer:
Show and tell
I'm on display for all you (bad word) to see
Show and tell
Harsh words if you don't get a pic with me
Buy and sell (buy and sell me, baby)
Like I'm a product to society
Art don't sell
Unless you (bad word) every authority
Explanation:
Answer:
a) 4.9 s
b) 167.8 m
Explanation:
Hello!
To solve this question we need to make use of the equations of motion of both the motorcycle xm(t) and the car xc(t) at t=5
Let us consider the position of the motorcycle at t=5 as the origin, that is:
xm(t+5) = vt + (1/2)at^2
xc(t+5) = vt + 60 m
where v = 22.0m/s and a=5m/s^2
We are looking for the time t' when the position of the car and the motorcycle are the same:
xm(t'+5)=xc(t'+5)
vt' + (1/2)at'^2 = vt' +60m
t' = √(120 m /a) = 4.89898... s
Since we are considering the origin of the cooordinate system at the position when the motorcycle starts to accelerate, the distance travelled by the motorcycle until it catches the car is given by:
xm(t'+5)= vt' + (1/2)at'^2
xm(9.89898s) = (22 * 9.89898 + 2.5 * 9.89898^2)m
xm(9.89898s)= 167.777... m
The one of and eye at some point the light rays will cross and produce an upside down image
C. Gravity acts on all objects in the universe!
D. City and U.S. Government, but I’m not sure what the context is though.
