The given expression (−2)3 x 30 x (−4)(−20) will have the value as -14400
In the above question, the following mathematical expression is given :
(−2)3 x 30 x (−4)(−20)
We need to find the value of the given expression by solving it using the BODMAS rule
According to the rule, first we'll solve the multiplication then subtraction
Therefore, we get
(−2)3 x 30 x (−4)(−20)
(-6) x 30 x (-)(-)80
We know, that (-) x (-) = +
and (-) x (+) = (-)
Therefore, we get
(-6) x 30 x (-)(-)80
(-6) x 30 x 80
-6 x 2400
- 14400
Hence, the given expression (−2)3 x 30 x (−4)(−20) will have the value as -14400
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That is a example of division problem if u have any other questions about division just ask I will help u the best I can
Answer: 9.5 hours
In order to solve this, you must divide his total (80.75) by his hourly wage (8.50) When you do that, you get 9.5, so he worked 9.5 hours
Step-by-step explanation:
Answer:
Area= 1371.72m^2
Perimeter: 251.84m
Step-by-step explanation:
A1=L*W
A1=38*28
A1=1064
A2=3.14*r^2
A2=3.14*196
A2=615.44/2
A2=307.72
A1+A2=1371.72
Answer: The required equation be
Step-by-step explanation:
Since we have given that
Let the number of meeting rooms a hotel has be m
Number of social chairs each meeting room has =325
So, total number of chairs m number of meeting rooms will have
Let the number of chairs be c
According to question, we get
Hence, the required equation be