yThe company XYZ bought property for OMR 600,000 on 1 January 2017. The land element of the purchase was OMR 100,000. The expected life of the building was 30 years and its residual value nil. On 31 December 2019, the property was revalued to OMR 700,000, of which the land element was OMR 124,000 and the building – OMR 576,000. On 31 December 2020, the property was sold for OMR 680,000.
tt
The company XYZ bought property for OMR 600,000 on 1 January 2017. The land element of the purchase was OMR 100,000. The expected life of the building was 30 years and its residual value nil. On 31 December 2019, the property was revalued to OMR 700,000, of which the land element was OMR 124,000 and the building – OMR 576,000. On 31 December 2020, the property was sold for OMR 680,000.
brainliest
Since this is a combination not a permutation problem, (order does not matter) you should use the "n choose k" formula.
C=n!/(k!(n-k)!) where C is the number of unique combinations, n equals the total number of possible choices and k equals the specific number of choices. In this case:
C=9!/(4!(9-4)!)
C=9!/(4!5!)
C=362880/(24*120)
C=362880/2880
C=126
So there are 126 unique ways to pick 4 people from a group of 9 people.
I think it’s B.
But I’m sure
I took this class last year and can’t remember
Answer: 162000 seconds
Step-by-step explanation: There are 162000 seconds in 45.0 hours.
You use x1-x2 over y1-y2
So -4-3 = 1 and 6- -7 is 1 so it’s 1/1. That’s the slope.
