Answer:
doing her homework/finding time to do important things
Answer:
Friction force to the right
Explanation:
Since we know that when car is taking sharp left turn then our tendency of motion is along the car
So we also have tendency to take turn towards left
Since we know that friction force always oppose the tendency of relative motion between two surface
so the friction force between car and us will oppose the relative motion and it will act opposite to it
So the friction force will be towards right due to which the person inside the car will slide towards right
so correct answer will be
Friction force to the right
Velocity = dy/dx = first derivative of f(x) evaluated at given point. It is the change in position over time.
speed = absolute value of velocity (square your velocity and then square root it)
acceleration = d^2y/dx^2 = second derivative of f(x) evaluated at a given point. It is also the first derivative of your velocity function, or the change in velocity over time.
Both velocity and acceleration are vectors, that is, they are either positive or negative in a direction. Speed is the magnitude of your velocity and has no direction: it is simply the absolute value of your velocity.
2) For multi-variable functions: f(x,y)
velocity = first partial derivative with respect to x + first partial derivative with respect to y. It is the vector sum of these two vectors.
speed = the same as it is for single variable, that is, speed is the absolute value of the velocity. However, in multi-variable functions you must square all your components and then square root it (ie: Pythagorean Theorem: sqrt(i^2+j^2+k^2), with (i,j,k) being the x,y,z, respectively).
acceleration is analogous to single variable acceleration. It is now the 2nd partial with respect to x + 2nd partial with respect to y.
Ahhh, there aren’t option to work with :v
Try writing them down here thnx
Answer:
B = 0.025T.
Explanation:
See attachment below please.