GIPC,IIRC _____MIVC​

Answer:

john walked inside the car . think so hope it's help

john walked _towards__ the car

please mark me as brainliest

thanks

Answer:

B) Where

hope it was helpful

This is the point in the film where we came in.

• The term describes a place or a situation.
• In such sentences, the clause used is the subordinate clause.
• For example: I went to the garden, where I spent a few hours or The street where the parade starts is Cathway.
• In the given sentence, people arrived at a particular point, which means at a given time/situation
• Thus, the correct sentence is - This is the point in the film where we came in.

Brody says that waving his hand back and forth is a scientific wave. ... It is a transverse wave. Natalia is studying a wave produced in her magnetics lab. This wave can move through the empty space in a vacuum and carries a lot of energy.

[tex] \\ \\ \\ [/tex]

The answer to the given question will be 'cheers'.

• A riddle is provided to us in the given question.
• We are required to answer what it is.
• We are requested here, not to provide any simple solutions such as Wind, Air, Movement, etc.
• It is provided here as a challenge and the solution is also not available online.
• Upon thinking in a cognitive sense, it is concluded that the answer will be 'cheers' as whenever people exclaim in joy, they tend to wave their hands in air to cheer up.
• Thus, the correct answer will be 'cheers'.

Given,

Distance between two cities A and B = 620 Km

Total time taken by a train traveling between A and B = 5 hours and 15 minutes

Total time spent by the train to halt at intermediate stations = 25 minutes

To find,

The approximate average speed of the train between A and B excluding the time it was stopped at other stations.

Solution,

We can simply solve this numerical problem by using the following process:

Mathematically,

speed (s) = distance traveled (d)/time taken(t)

Now,

Total time taken by the train in traveling between A and B, excluding the halting time

= Total time taken by a train traveling between A and B - Total time spent by the train to halt at intermediate stations

= (5 hours and 15 minutes) - (25 minutes)

= 4 hours 50 minutes

= 4(5/6) hours

= 29/6 hours

Now,

The approximate average speed of the train between A and B excluding the time it was stopped at other stations

= total distance traveled / total time taken by the train in traveling between A and B, excluding the halting time

= (620Km) / (29/6 hours)

= 128.28 Km/hr

= 130 Km/hr (approximately)

Hence, the approximate average speed of the train between A and B excluding the time it was stopped at other stations is equal to 130 Km/hr.