as you near an intersection, you discover you are in the wrong lane for turning right as intended. therefore, you should
1. wait until other cars pass and then get into the proper lane
2. drive on ahead until you can get into the proper lane, then turn at another intersection
3. turn from the lane you are in if no cars are coming
4. move quickly into the proper lane

what is the first thing you should do when a motor vehicle starts to skid?
1. apply brakes immediately
2. steer in direction of the skid and steadily apply the brakes
3. steer for the shoulder of the road
4. take your foot off the accelerator and turn your steering wheel in the direction of the skid

when driving in fog, you can see better by:
1. using upper headlight beam
2. using lower headlight beam
3. using the parking lights
4. switching beams frequently

under favorable circumstances, including reaction time, a motor vehicle with good brakes going 50 miles per hour stopped within:
1. about 55 feet
2. about 100 feet
3. about 133 feet
4. about 229 feet

list the number of the vehicle or driver giving a proper right turn signal.
images of four vehicles: 1 (side view), 2 (rear view with flashing signal), 3 (side view), 4 (front view with flashing signal)

Question

as you near an intersection, you discover you are in the wrong lane for turning right as intended. therefore, you should
1. wait until other cars pass and then get into the proper lane
2. drive on ahead until you can get into the proper lane, then turn at another intersection
3. turn from the lane you are in if no cars are coming
4. move quickly into the proper lane

what is the first thing you should do when a motor vehicle starts to skid?
1. apply brakes immediately
2. steer in direction of the skid and steadily apply the brakes
3. steer for the shoulder of the road
4. take your foot off the accelerator and turn your steering wheel in the direction of the skid

when driving in fog, you can see better by:
1. using upper headlight beam
2. using lower headlight beam
3. using the parking lights
4. switching beams frequently

under favorable circumstances, including reaction time, a motor vehicle with good brakes going 50 miles per hour stopped within:
1. about 55 feet
2. about 100 feet
3. about 133 feet
4. about 229 feet

list the number of the vehicle or driver giving a proper right turn signal.
images of four vehicles: 1 (side view), 2 (rear view with flashing signal), 3 (side view), 4 (front view with flashing signal)

Accepted Answer

### First Question (Wrong Lane for Right Turn):
# Brief Explanations:
When in the wrong lane for a right turn, the safe approach is to continue ahead until a proper place to change lanes and then turn, rather than risky maneuvers like immediate lane change or turning from the wrong lane. Option 2 (drive on ahead until you can get into the proper lane, then turn at another intersection) follows safe driving principles.
# Answer:
2. drive on ahead until you can get into the proper lane, then turn at another intersection

### Second Question (Vehicle Starts to Skid):
# Brief Explanations:
When a vehicle skids, the correct action is to take your foot off the accelerator and steer in the direction of the skid. Applying brakes immediately (option 1) or improper steering (options 2,3) can worsen the skid. Option 4 matches the correct skid - handling procedure.
# Answer:
4. take your foot off the accelerator and turn your steering wheel in the direction of the skid

### Third Question (Driving in Fog):
# Brief Explanations:
In fog, using the lower headlight beam (option 2) is better because the upper beam reflects off fog particles and reduces visibility, parking lights (option 3) are too dim, and frequent beam switching (option 4) is not helpful. Lower beam cuts through fog better.
# Answer:
2. using lower headlight beam

### Fourth Question (Stopping Distance at 50 mph):
# Brief Explanations:
The total stopping distance (including reaction time) for a vehicle going 50 mph with good brakes is calculated by considering reaction distance and braking distance. The formula for total stopping distance is approximately $d = \text{reaction distance}+\text{braking distance}$. Reaction distance at 50 mph (assuming 1 second reaction time) is about $50\times\frac{5280}{3600}\approx73.3$ feet. Braking distance for 50 mph is about $ \frac{50^{2}}{20}\approx125$ feet (approximate formula for braking distance $d=\frac{v^{2}}{20}$ for v in mph). Total is about $73.3 + 125\approx198$, but the closest option here is about 229 feet? Wait, actually the correct total stopping distance for 50 mph (including reaction time of 1.5 seconds) is: reaction distance $=50\times\frac{5280}{3600}\times1.5\approx110$ feet, braking distance $=\frac{50^{2}}{20}=125$ feet, total $=110 + 125 = 235$, which is closest to option 4 (about 229 feet). So the answer is 4.
# Explanation:
## Step 1: Calculate reaction distance
Reaction distance formula: $d_{r}=v\times t$, where $v = 50$ mph, $t = 1.5$ seconds (average reaction time). Convert mph to feet per second: $50\times\frac{5280}{3600}=\frac{264000}{3600}\approx73.33$ ft/s. Reaction distance $d_{r}=73.33\times1.5\approx110$ feet.
## Step 2: Calculate braking distance
Braking distance formula (approximate for good brakes): $d_{b}=\frac{v^{2}}{20}$, $v = 50$ mph. So $d_{b}=\frac{50^{2}}{20}=\frac{2500}{20}=125$ feet.
## Step 3: Total stopping distance
Total $d = d_{r}+d_{b}=110 + 125 = 235$ feet, which is closest to option 4 (about 229 feet).
# Answer:
4. about 229 feet

### Fifth Question (Proper Right Turn Signal):
# Brief Explanations:
For a right turn signal, the vehicle should have the right - turn signal (flashing) on the rear right or front right? Looking at the diagrams, vehicle 2 has the rear right signal flashing (the arrow points to the rear right light flashing), which is the proper right - turn signal. So the number is 2.
# Answer:
2

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QUESTION IMAGE

Question

Explanation:

First Question (Wrong Lane for Right Turn):

Answer:

Second Question (Vehicle Starts to Skid):