<p>I put that the nucleus volume is smaller than the atom's volume.</p>
<p>the rutherford shooting particles showed that the nucleus takes up a very small portion of the full size of the atom..</p>
<p>So my answer was correct, tconsolazio? I was confident during the test but i later questioned myself over whether it said volume or mass.</p>
<p>this test was pretty easy.</p>
<p>what was the answer to the last question was it time or Bo</p>
<p>For the oerstead question, I put that the deflection of the needle implied that a magnetic field was created.</p>
<p>yea jma i am posotive it said either volume or something like it takes up a small portion of the total space of an atom or something to that effect... that gold foil expermiment was pounded into us by our physics teacher.. do you have aim? I want to talk about the test..</p>
<p>Time does affect the current because the induced voltage is inversely proportional to the time over which the flux changes. Thus, i think the answer was Bo.</p>
<p>damn i thought that u would need Bo to find deltaB</p>
<p>lets go over some of the graphs. </p>
<p>For the ball thrown upwards which showed velocity over time, I put a graph of constant slope that started above the x-axis. The slope would be the value of gravity or -9.81. </p>
<p>For the mass of a particle versus energy, I put a straightline graph that started at the origin and had a constant positive slope since E= mc^2.</p>
<p>yea what aboutthe monochromatic blue light one i put a horizontal line</p>
<p>lets make an AIM room for this.</p>
<p>Chat Room = SAT2Physics</p>
<p>intensity is a macroscopic property of light in general and has nothing to do with the energy of an individual photon.</p>
<p>horizontal light is correct</p>
<p>The intensity has no effect on the light's energy. Thus, I also put a horizontal line.</p>
<p>SWEET and what about the middle graph did u put the one that starting halway intot he x axis?</p>
<p>me and lee are in the chat room.</p>
<p>join up all.</p>
<p>jma. for the graphs.</p>
<ul>
<li><p>only acceeration is constant at -9.8</p></li>
<li><p>i put the one that started wiht positive and ended up as negative.</p></li>
<li><p>the e=mc^2 i put linear</p></li>
<li><p>monochromatic is horizontal</p></li>
<li><p>B0 is right</p></li>
</ul>
<p>What about the question for energy of a photon versus frequency.</p>
<p>Exactly, azn. Therefore the graph of velocity would have a negative sloope equal to the value of the acceleration. THe graph was velocity over time, not acceleration over time.</p>
<p>i put a sright line but it started to the left of the origin...is that right?</p>