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You can create printable tests and worksheets from these Grade 11 Physics questions! Select one or more questions using the checkboxes above each question. Then click the add selected questions to a test button before moving to another page.

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When an object is in free fall
1. its speed stays the same
2. it decelarates
3. it accelerates
4. none of the above
When no horizontal force acts on a projectile, the horizontal velocity
1. remains constant
2. increases
3. decreases
4. equals zero
A scalar has
1. magnitude and direction
2. velocity
3. only direction
4. only magnitude
Calculate the net force acting on this object, and determine, if it is moving, in which direction. The normal force is 500N, the force at C is -372N, the resistive force of friction is -32N, and the force at B is 32N.
1. $F_"net"=-95N$; moving to the left
2. $F_"net"=872N$; at rest
3. $F_"net"=+95N$; moving upwards
4. impossible to determine without knowing the object's mass
The speed at any given time is called the
1. velocity
2. average speed
3. instantaneous speed
4. all of the above
The resultant of two perpendicular vectors is the
1. diagonal of a rectangle constructed with the two vectors as sides
2. difference of the two vectors
4. area of a rectangle constructed with the two vectors as sides
When an image is reflected off a concave mirror, how does the image appear to the eye?
1. The image is magnified because a concave mirror is divergent.
2. The image is magnified because a concave mirror is convergent.
3. The image is reduced because a concave mirror is divergent.
4. The image is reduced because a concave mirror is convergent.
If a net force diagram is drawn, such as shown below, wherein the $F_"norm"" at A "=-(F_g)" at C"$, what do you know about the object?
1. The object is accelerating in the direction of the $F_"app"" at B"$ because there is no opposing force to B, and $F_"app"" at "B>0N$.
2. The object is accelerating in the opposite direction of $F_"app"" at B"$ because forces act in equal but opposite pairs.
3. The object is not moving because the $F_"net"=F_"norm"+F_g=0N$.
4. The object is accelerating in the direction of the $F_"app"" at B"$ because the opposing $F_"fric"$ must be negligible, and $F_"app"" at "B>0N$.