Homework Statement
need to do a power function of any number to any power WITHOUT using the power key
aka i need to replicate the power function using only loops and multiplication
for example, compute 5 to the third power by doing 5*5*5 not 5^3
but i don't know how to tell MATLAB...
thanks that helps
so now i have:
h1 = round(12*rand(1,2))+1;
disp(['Dealer deals you: ' , num2str(h1) ] )
d1 = input('hit or pass? ');
for hit
h2 = round(12*rand(1))+1; % user's new hand
h12 = [h1 h2];
disp(['Dealer deals... you get: ' , num2str(h12) ])
end
i have...
Homework Statement
write a code for a user to play a game of blackjack
The Attempt at a Solution
I have
deck = ['AH';'2H';'3H';'4H';'5H';'6H';'7H';'8H';'9H';'TH';'JH';'QH';'KH';
'AS';'2S';'3S';'4S';'5S';'6S';'7S';'8S';'9S';'TS';'JS';'QS';'KS'...
been looking online and messing around with different codes for almost a couple hours now...
but my assignment is:
" Define a function named projectile_position that computes and returns [x,y] where x is the distance a projectile has traveled along the ground from its position at time 0...
nevermind i figured how to do it!
i used..
E = kQ/(r^2)
Q = (# protons)(elementary charge)
r = [(# lead)^(1/3)](radius proton)
plugged Q and r back in E and came out with the correct answer
Q = enclosed charge?
p = charge density & V = volume, so the units are just C when you multiply pV
for r, i set whatever the volume is and i set it to equal (4/3)pi(R^3) and solved for R
Homework Statement
Determine the magnitude of the electric field at the surface of a lead-199 nucleus, which contains 82 protons and 117 neutrons. Assume the lead nucleus has a volume 199 times that of one proton and consider a proton to be a sphere of radius 1.20 10-15 m.
Homework...