Respuesta :
Answer:
The amount of money in Rich's account after the transactions will be (t+w+h+v-K) dollars.
Step-by-step explanation:
We are told that Rich has t dollars in his checking account.
On June 3 he deposited w,h, and v dollars. We can represent this information as: t+w+h+v.
Now let us subtract the amount Rich cashed check for K dollars.
t+w+h+v-K
Therefore, the expression that represents the amount of money in Rich's account after the transactions is (t+w+h+v-K) dollars.
Equation is the representation of a system. The equation that can represent the system is t + w + h + v - k.
What is the equation?
The equation helps us to compare two expressions of a given system.
Given to us
Rich has t dollars in his checking account.
On June 3, he deposited w,h, and v dollars
And cashed a check that he wrote himself for K dollars.
We know that the initial amount in Rich's account was t dollar, but later on, he deposited w,h, and v dollars, therefore, he added w,h, and v dollars to his account.
t + w + h + v
Later on, Rich wrote a check for himself of amount k dollars, therefore, the balance in the account was reduced by a number of k dollars.
t + w + h + v - k
Thus, the equation that can represent the system is t + w + h + v - k.
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