An online furniture store sells chairs for $100each and tables for $500 each. The store must
sell a minimum of $8300 worth of chairs and
tables each day. Write an inequality that could
represent the possible values for the number of
tables sold, t, and the number of chairs sold, c,
that would satisfy the constraint.

Train B will catchup to Train A at 5:30 PM.

We have,

d = distance covered by both trains when they meet

t = time it takes for train B to catch up to train A

For train A:

Distance = Speed × Time

d = 90t

For train B:

Distance = Speed × Time

d = 100(t - 0.5) (train B departs 30 minutes (0.5 hours) later than train A)

Since both equations represent the samedistance, we can set them equal to each other:

90t = 100(t - 0.5)

Let's solve for t:

90t = 100t - 50

10t = 50

t = 5

It will take 5 hours for train B to catchup to train A.

To determine the time when train B catches up to train A, we add the 5 hours to the departure time of train B, which is 12:30 PM:

12:30 PM + 5 hours = 5:30 PM

Therefore,

Train B will catchup to Train A at 5:30 PM.

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I'd say maybe by 5:30 b would

Answer:

The total number of handshakes that would happen between the three people are:

                                    3

Step-by-step explanation:

There are three people at a party.

Let they be denoted by A,B and C.

Now, the total number of handshakes that would occur will be denoted by:

      AB, AC and BC

where AB denotes that A and B shake hands.

AC denote that A and C shake hands.

and BC denote that B and C shake hands.

Hence, total number of handshakes are:

                           3