Answer:
4 steps
Explanation:
Step 1: Pull belt across body
Sit in any of your vehicle's seats and secure the three-point harness in its buckle by pulling it across your body.
If the seatbelt is too short, consider an aftermarket restraint and extender. Make sure they meet federal safety standards and are installed professionally.
Step 2: Adjust lower belt
Adjust the lower belt snuggly across your lap and pelvis area – never your stomach.
Pregnant women should wear the lap belt below their belly, not on or above it.
Step 3: Adjust shoulder belt
Adjust the shoulder belt to fit comfortably across the collarbone and chest. It should never rub on your neck or face. Never put the shoulder belt behind your back or under your arm.
Step 4: Check before driving
Check that the belt is secure before driving.
Answer:
The audience development technique that best describe the process Nicolal wants to implement is;
C Pull technology
Explanation:
Pull technology is a form of network mode of communication in which the initial data request comes from the client side of the network for it to be handled by the server side of the network.
Given that Nicola wants a demand-based content to his website for customers to access information when they wish to, the process is similar t the podcasting in which each new content is posted to a specific RSS feed from where it can be requested by a mobile app, directory or a RSS feed reader
The counter technology is a push technology where the servers push content to intended clients, such as for an incoming call, instant messaging, synchronous conferencing (online c h a t) and files.
Answer:
<u>Pseudocode:</u>
INPUT velocity
INPUT time
SET velocity = 0.44704 * velocity
SET acceleration = velocity / time
SET acceleration = round(acceleration, 1)
PRINT acceleration
<u>Code:</u>
velocity = float(input("Enter a velocity in miles per hour: "))
time = float(input("Enter a time in seconds: "))
velocity = 0.44704 * velocity
acceleration = velocity / time
acceleration = round(acceleration, 1)
print("The acceleration is {:.2f}".format(acceleration))
Explanation:
*The code is in Python.
Ask the user to enter the velocity and time
Convert the miles per hour to meters per second
Calculate the acceleration using the formula
Round the acceleration to one decimal using round() method
Print the acceleration with two decimal digits
Answer:
d.photographers who follow stars to take pictures
