All categories

2 years ago

When you are almost done with your soup and want to get at the last little bit, how should you do this 2

Computers and Technology

1 answer:

pav-90 [236]2 years ago

7 0

Answer:

B. Tip the bowl slightly, then spoon up the last bit

Explanation:

Generally speaking none of the other answers made much of sense.. "tip the bowl from side to side" doesn't help you at all, neither does "Keep spooning as much as you can, then stop eating". Neither of these will help you spoon up the last little bit, the most logical answer is B. "Tip the bowl slightly, then spoon up the last bit". If this is not the correct answer then it'd be D, but I don't believe/feel that it's "poor etiquette" to "leave the last little bit".

You might be interested in

The rules and guidelines for appropriate computer mediated communication are called?

irinina [24]

The rules and guidelines for appropriate computer mediated communication are called netiquette.
It is a blend of two words: net (from Internet) and etiquette, or the appropriate behavior.

4 0

3 years ago

Which mechanism transmits rotary motion to reciprocating?

weqwewe [10]

The mechanism transmits rotary motion to reciprocating is the crank and slider. A crank and slider mechanism changes straight-line motion into rotation motion. Typically found in piston engines or piston pumps, this design consists of a rod that connects to a rotating driving beam and a sliding body.

5 0

3 years ago

Express the following binary numbers in hexadecimal. (a) %100011100101 (b) %1011001111 (show work)

Lapatulllka [165]

Answer:

$(100011100101)_{2} = (8E5)_{16} = %8E5$

$(1011001111) = (2CF)_{16} = %2CF$

Explanation:

Binary and hexadecimal values have the following pair equivalences.

$(0000)_{2} = (0)_{16}$

$(0001)_{2} = (1)_{16}$

$(0010)_{2} = (2)_{16}$

$(0011)_{2} = (3)_{16}$

$(0100)_{2} = (4)_{16}$

$(0101)_{2} = (5)_{16}$

$(0110)_{2} = (6)_{16}$

$(0111)_{2} = (7)_{16}$

$(1000)_{2} = (8)_{16}$

$(1001)_{2} = (9)_{16}$

$(1010)_{2} = (A)_{16}$

$(1011)_{2} = (B)_{16}$

$(1100)_{2} = (C)_{16}$

$(1101)_{2} = (D)_{16}$

$(1110)_{2} = (E)_{16}$

$(1111)_{2} = (F)_{16}$

We convert from binary to hexadecimal selecting groups of 4 binary from the binary code, from the least significant bits(at the right) to the most significant bits(at the left). The conversion is an hexadecimal "string" from the last group you converted to the first. So:

(a) %100011100101

$(0101)_{2} = (5)_{16}$

$(1110)_{2} = (E)_{16}$

$(1000)_{2} = (8)_{16}$

$(100011100101)_{2} = (8E5)_{16}$

(b) %1011001111

$(1111)_{2} = F_{16}$

$(1100)_{2} = C_{16}$

$(10)_{2} = (0010)_{2} = 2_{16}$

$(1011001111) = (2CF)_{16}$

7 0

2 years ago

Plz answer it’s timed

MAVERICK [17]

Answer: the third one

Explanation:

just trust me, the other ones dont mke sense to what I know about the subject, which is a lot

7 0

2 years ago

In what respects does a UML state diagram differ from a state transition diagram?

musickatia [10]

Answer: The difference between the UML state diagram and state transition diagram are as follow:-

State-transition diagrams display the states of the object where the change takes place whereas the UML(Unified modeling language) state diagrams are representation of parts of system at certain time instance.

State-transition diagram requires the condition to be accomplished before the transition happens whereas the dynamic behavior of the states are expressed by transitions in UML state diagrams.

5 0

3 years ago