Homework Answers
As we know hanging weight is a force and according to Newton's second law of motion force is directly proportional to mass times acceleration (i.e. F=ma). Means it is the equation of form y=mx+c (here c=0), this equation corresponds to straight line.
Hence, we can say that graph of acceleration vs. hanging weight will be linear. It's slope is constant i.e. a= F/m means slope will be 1/m which is a constant quantity. So the graph will be linear.
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need a written explanation please. it is asking acceleration vs
weight and NOT acceleration vs...
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
Please I need help answering these theoretical questions, please try to respond with a written explanation...
Please I need help answering these theoretical questions, please try to respond with a written explanation rather than calculations 1) Desribe the effect of angle on the acceleration of a mass down an inclined plane 2. Describe the effect of mass on acceleration and velocity of a mass on an inclined plane 3. Describe the effect of friction on the velocity and acceleration of a mass on an inclined plane
I dont have excel please help! It's asking to calculate the acceleration, then calculate the mhg,...
I dont have excel please help! It's asking
to calculate the acceleration, then calculate the mhg,
then graph them, and report the slope. The slope is the mass of
Bob.
A group of students, performing the same "Uniform Circular Motion" experiment that you performed in lab, obtained the following results. r(m) mn (kg) t(s) 0.1825 0.06625 172.57 0.2430 0.0965 169.38| 0.2610 0.1055 71.27 0.2980 0.124 170.28 0.3425 0.14625 |71.91 For this table, r is the distance from the center of...
need help please DO A QUADRATIC FIT ON THE POSITION VS, TIME GRAPH, THE VALUE OF...
need help please
DO A QUADRATIC FIT ON THE POSITION VS, TIME GRAPH, THE VALUE OF THE QUADRATIC "A QUAL TO HALF OF THE ACCELERATION. WHY? D A ALUINEAR FIT ON THE VELOCITY VS. TIME GRAPH. THE VALUE OF THE SLOPE IS EQUAL TO THE ACCELERATION, WHY? COMPARE THE ACCELERATION VALUES FROM BOTH GRAPHS. DO PERCENT DIFFERENCE. POST-LAB QUESTIONS: IF THE CART DID NOT ACCELERATE, WHAT WOULD BE THE SHAPES OF THE POSITION VS. TIME AND THE VELOCITY VS. TIME...
Please explain For each of the velocity vs. time graphs below, sketch possible comesponding position vs....
Please explain
For each of the velocity vs. time graphs below, sketch possible comesponding position vs. time and acceleration vs. time graphs. To the right of the graph, briefly describe the motion of the object and why the graphs you drew are consistent with the velocity graph. Where is the object at time t 0 in each case? Explain
the question is in last picture. i provided the lab content... I need guidance. thank you....
the question is in last picture. i provided the lab content...
I need guidance. thank you.
INVESTIGATION 10 ROTATIONAL MOTION OBJECTIVE To determine the moment of inertia I of a heavy composite disk by plotting measured values of torque versus angular acceleration. THEORY Newton's second law states that for translational motion (motion in a straight line) an unbalanced force on an object results in an acceleration which is proportional to the mass of the object. This means that the heavier...
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
4. Why do we expect the graph of acceleration-versus-hanging weight to be linear? Briefly explain.
I dont have excel please help! It's asking
to calculate the acceleration, then calculate the mhg,
then graph them, and report the slope. The slope is the mass of
Bob.
A group of students, performing the same "Uniform Circular Motion" experiment that you performed in lab, obtained the following results. r(m) mn (kg) t(s) 0.1825 0.06625 172.57 0.2430 0.0965 169.38| 0.2610 0.1055 71.27 0.2980 0.124 170.28 0.3425 0.14625 |71.91 For this table, r is the distance from the center of...
need help please
DO A QUADRATIC FIT ON THE POSITION VS, TIME GRAPH, THE VALUE OF THE QUADRATIC "A QUAL TO HALF OF THE ACCELERATION. WHY? D A ALUINEAR FIT ON THE VELOCITY VS. TIME GRAPH. THE VALUE OF THE SLOPE IS EQUAL TO THE ACCELERATION, WHY? COMPARE THE ACCELERATION VALUES FROM BOTH GRAPHS. DO PERCENT DIFFERENCE. POST-LAB QUESTIONS: IF THE CART DID NOT ACCELERATE, WHAT WOULD BE THE SHAPES OF THE POSITION VS. TIME AND THE VELOCITY VS. TIME...
Please explain
For each of the velocity vs. time graphs below, sketch possible comesponding position vs. time and acceleration vs. time graphs. To the right of the graph, briefly describe the motion of the object and why the graphs you drew are consistent with the velocity graph. Where is the object at time t 0 in each case? Explain
the question is in last picture. i provided the lab content...
I need guidance. thank you.
INVESTIGATION 10 ROTATIONAL MOTION OBJECTIVE To determine the moment of inertia I of a heavy composite disk by plotting measured values of torque versus angular acceleration. THEORY Newton's second law states that for translational motion (motion in a straight line) an unbalanced force on an object results in an acceleration which is proportional to the mass of the object. This means that the heavier...
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