If we assume that 8m is eight million pennies (8,000,000) and there are 100 pennies to one pound sterling (£): 8000000 ÷ 100 = £80,000 (eighty thousand pounds).
1km = 1000m, so 8m = 0.008km
It cannot be simplified any further so it is: 8m + 10
8m + 7 = -98m = -16m = -2
If: 8m = 32m+96 Then: m = -4
-8m = 48 m = 48/-8 m = -6
It means 8 million.
80 cm
About 8m^3
5m−3+8m =5m+−3+8m Combine Like Terms: =5m+−3+8m =(5m+8m)+(−3) =13m+(−3)
8m + (4n - 6m) + 9n =8m + 4n - 6m + 9n =(8m - 6m) + (4n + 9n) =2m + 13n
To neutralize the 25ml of 3M acid, you would need to find the number of moles of acid present, which is 25ml * 3M = 75 millimoles. Then, you would need the same number of millimoles of the 8M base to neutralize it, so you would need 75 millimoles / 8M = 9.38ml of the 8M base.
d=n+8m
8m-48
24am - 9an + 40bm - 15bn = 3a*(8m - 3n) + 5b*(8m - 3n) = (3a + 5b)*(8m - 3n)
1km = 1000m, so 8m = 0.008km
Isn't it the sum of all sides? 8m+8m+3m+3m = 22m
To determine the force needed to move the object, you can use the work-energy principle - work done is equal to the force applied multiplied by the distance moved. Given that the work is 160J and the distance is 8m, the force required can be calculated as 160J / 8m = 20N. Therefore, a force of 20N would be needed to move the object 8m across the floor.