Answer:
V =1/EI(-Ax^n+y/(n+1)(n+2)(n+3)(n+y)+AL^n+1 x^3/6(n+1)(n+2)+AL^n+3(6-(n+3)(n+4)x/6(n+1)(n+2)(n+3)(n+4))
Explanation:
Please look at attachment for step by step solution and guide.
<span>Force = mass x acceleration
F = 22 N
m = ?
a = 10 m/s²
22 = 10m
m = 22 / 10
m = 2,2 kg</span>
As per momentum conservation we can say that Chuck and ball as a system has no external force
So here momentum of them must be conserved
now here initially if they are at rest
so we can say
now we have
now the relative velocity of the cart and ball is given as
also we can say since they are moving in opposite direction so relative speed will be
Explanation:
Here we will apply the law of conservation of momentum which is one of the powerful laws of physics. As this law states that the "if no external forces are acting on the system then the net momentum of the system before and after must remain conserved. As the astronaut has a hammer, if he throws it in the direction opposite of his space craft, he will automatically move towards the space craft to conserve the momentum. That's how he can reach the space craft easily by throwing away the hammer.
OK so a diatomic compound is covalent because they have an equal amount of <span>Electronegativity </span>
