Find the optimal order of multiplying four matrices whose sequence of dimensions is (13, 5, 89, 3, 34), i. e., the First matrixis 13 x 5, the second matrix is 5 x 89 and so on. Furthermore, compute the fewest number of multiplications needed to findthe resulting matrix. Show all the steps of your computation.

20000 as first it increases by 2500 then by 5000 so next it will increase by 10000

One shot. if 60% of 10 is 6, then what is 70%? we know it would be seven (since 60% is mathematically 60/100, or 6/10, then 70% is 70/100, or 7/10) but we can check anyway using ratios: 6 : 60% = x : 70%*inverse multiplicationx * 60% = 6 * 70%*divide both sides by 60%x = (6 * 70%) / 60%x = 7and since he has made 6 shots already, he would need just one more to get 7 shots or 70%. if the explanation is too confusing, comment and i will try to