The answer using the graphical method and analytical method of vector addition will always be
C. Same
Analytic method means adding vectors (x₁,y₁) and (x₂,y₂) give (x₁+x₂,y₁+y₂)
Example: Addition of (2,3) and (1,1) gives (3,4)
Solving it graphically will also give (3,4)
Answer:
Potential Difference = 14 V
Explanation:
We are told that when the capacitor plates are charged to a certain voltage, then we have;
ΔV = 14 volts
Now, the battery is disconnected, so here we have the potential difference between the plates to be given by the formula;
ΔV = Q/C
Now, the charge is conserved on the plates and the capacitance is constant, therefore in this case, the potential difference will remain the same.
Thus;
Potential Difference = 14 V
You will have to redefine the machine's boundaries.
Explanation:
answer is the 3rd law of motion
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Answer:
The completed equations are as follows: 2713Al+42He⟶3015P+10n 13 27 Al + 2 4 He ⟶ 15 30 P + 0 1 n; 23994Pu+42He⟶24296Cm+10n 94 239 Pu + 2 4 He ⟶ 96 242 Cm + 0 1 n; 147N+42He⟶178O+11H 7 14 N
