1) G.mars= 9.8x(1/3)=3.26
Vi=10 m/s , T=12 sec
Dis. = Vi(t)+1/2(g)(t)^2
(10)(12)+1/2(3.26)(12)^2= 354.72
2)V=500 m/s
Hmax= v^/2(g) = 500^2/2(9.8) = 12755.1
Answer: 12Mg/h
Explanation:
Let the spring is compressed by a distance x,before the lift stops,then
Mg(h+x)= 1/2 kx^2 ............... 1
Kx - Mg = M ( 5g ) ............ 2
Make x the subject in equation 2
Kx = 5Mg + Mg
Kx = 6Mg
x = 6Mg/k ............ 3
Put equation 3 into 1
Mg ( h + x ) = 1/2 kx^2
Mgh + Mgx = 1/2kx^2
Mgh + Mg × 6Mg/k = 1/2k × ( 6Mg/k )^2
Mgh + Mg× 6Mg/k = 1/2k 36M^2g^2/ k^2
h =18Mg/k - 6Mg/h
K = 12Mg/h
""A series of activities that have proven to be effective in successfully implementing safe"" This statement defines the safe Implementation roadmap.
<h3>What is safe implementation roadmap ?</h3>
The Safe Implementation Roadmap outlines the stages," that an organization may take to execute safe in a systematic, dependable, and effective manner.
While the implementation of safe may vary depending on the situation, the Implementation roadmap provides insight into a fairly prevalent pattern.
The safe implementation roadmap is made up of an overview graphic and a 12-article series that detail a strategy and a sequence of actions that have been proved to be successful in implementing Safe.
Hence,the given statement defines the safe Implementation roadmap.
To learn more about the safe implementation roadmap refer:
brainly.com/question/24735309
#SPJ4
Answer:
calculate each person's relative strength
Explanation: