Answer:
A. Are hard to see
Explanation:
Motorcyclists have the same responsibilities and rights as car and truck drivers. The same rules apply to all of them (the motorcyclists are also entitled to a full lane), but an important difference is the lack of visibility in the motorcyclists' case. To decrease the issue, many motorcycles have headlights that automatically turn on when the vehicle starts moving.
Measures of precaution are expected from the car and truck drivers, too. For example, they shouldn't only check their mirrors, but do a visual check as well, as motorcycles can easily end up in the blind spot of the vehicle. The drivers should dim their headlights while approaching a motorcycle as, for them, the blinding effect is greater.
Complete Question:
Which of the following best describes how computing devices represent information?
Group of answer choices
A. A computer will either represent information as bits or bytes but not both.
B. A computer represents data as a byte which is either a 0 or a 1.
C. A computer represents data as bits which is either a 0 or a 1.
D. A computer represents information as bits which contain 8 bytes.
Answer:
C. A computer represents data as bits which is either a 0 or a 1.
Explanation:
A computer represents data (informations) as bits which is either a 0 or a 1. Bits is a short for binary digits and it is typically the smallest unit of representing data (informations) in computers; which is simply either a 0 or a 1. Also, these two (2) digits (0 or 1) represents a computer's logical state.
A value of 0 represents Off, False, No or Minus (-) while a value of 1 represents On, True, Yes or Add (+) in computer memory.
This ultimately implies that, a bit can only hold one of two values, either a 0 or a 1.
Additionally, bytes are made up of bits; one (1) byte is equal to eight (8) bits.
Total expenses = Fixed expenses + Variable expenses
Total expenses - Variable expenses = Fixed expenses
4,630.16 - 2,863.09 = Fixed expenses
1,767.07 = Fixed expenses
Fixed expenses = 1,767.07
I’m gonna say E. Schizophrenia
