Explanation:
Given that,
Net force = 135.5 N
Mass = 26.7 kg
(a). We need to draw a free body diagram
A force is exerted on a object.
(b). We need to calculate the acceleration
Using formula of acceleration



(c). We need to draw the sketch a position vs. time graph for the object.
Using equation of motion

Put the value into the formula


(d). We need to draw the sketch a velocity vs. time graph for the object.
Using equation of motion

Put the value into the formula


(e). We need to calculate the distance travel in 8.82 s
Using equation of motion



Hence, This is the required solution.
A source from which organisms generally take elements is called C. Exchange Pool.
A gene is made of up several DNA's and these DNA's can be be responsible for many traits. There are also DNA's that contain the information on how the cells works and not on the traits of an organism. Therefore, one gene can have several DNA's that contain information about traits and another gene can have only a single DNA that contains information about a trait.
Answer:
1) Yes the direction of the magnetic field is found based on Fleming's Right Hand Rule
2) The pattern indicates the direction of the magnetic force field lines
Explanation:
1) The solenoid is the is the coil of electric conductor that when it carries an electric current produces a magnetic field
According to Fleming's Right Hand Rule, the direction of the magnetic field produced by a solenoid, depends on the direction of the current such that when the direction of the conventional current is in the direction of the wrapped fingers, the thumb points in the direction of the magnetic field which is North N.
2) The pattern of field lines inside the solenoid indicates the direction of the generated magnetic field moving from left to right within the solenoid as the electric current moves around in the direction shown in the diagram.
In Newton's Third law of motion, the 'action' and 'reaction' forces act on different objects. That's why they don't cancel each other out and always result in zero force.