question
can scalar product and the vector product of any two given vector will be same?
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no, the moment of force is a vector quantity. let a and b be the two given vectorsɵ = 150° is the angle between a and bif c is the resultant vector, then: ...1also, it is given that the resultant is perpendicular to one of the given vectors. let that given vector be anow, …2putting 2 in 1, we get:now, putting c = 10, ɵ = 150° ()so, hence, smaller vector is a = 20 units energy is a scalar quantity it doesn’t depend on an angle of projection; it depends only on the speed of projection, which is same for both cases.it is given that height reached by the first particle is greater than that of second and we know thattherefore θ1> θ2, now for time we know that it is directly proportional to angle therefore, t1>t2.for range we can’t be sure as for complementary angle they can be equal also. a quantity which can very from one individual to another is called a variable. vertical and horizontal general systems thursday, september 29, 2016 3:50 pm a fruit store sell two types of fruit, apples and oranges. apples are $2 and oranges are $3.today 50 fruit was sold and the store made $110. 110 = 2▯ + 3▯ 50 = ▯ + ▯ ▯ = 40 ▯ = 10 general ▯▯ ▯+ ▯ ▯▯ ▯⋯+ ▯ ▯ = ▯ ▯ a linear equation is an equation in the form of: • x's are variables and a's are constants. • solution set for a linear equation is the set of all solutions. • set of linear equations where a commonsolution is desired is called a system of linear equations. graphs • 1 variables is a point • 2 variables is a line • 3 variables is a plane • 4+ variables is a hyperplane examples of systems 2 equations, 2 unknowns • no solutions • one an increase in the input price will lead to a decrease in the supply and no change in the quantity demanded.the following figure explains how an increase in the input price would affect the equilibrium price and equilibrium quantity.a. the market supply falls with the increase in the input prices.b. this leads to a leftward shift in the supply curve from s2 to s1.c. at the initial price op1, excess demand of q1-q1'.d. this excess demand implies that some consumers will have to pay a higher price to purchase the extra units of output.e. the rise in the market price will continue until it reaches op2.f. at op2, the new supply curve s2 intersects the initial market demand curve d1 at e2.g. e2 if the new equilibrium, op2 is the new equilibrium price, and oq2 is the new equilibrium output.h. at the new equilibrium, the price has increased and the quantity has fallen. It's hard to do that because each item is not individual, in your example, Gallardo is by itself a subitem of Bull item. If you need to do that, the best attempt i can think about, is to create 2 listviews placed together with BorderStyle=None so they appear as the same and then handle the Drag and Drop event of each one so you can "exchange" items between both lists.



Hope this helps you to solve your need. hi [@jitse\_b](/u/jitse_b)

welcome to the community !

yes you can, there are various ways to do so.

the simplest:

you may want to create a table with 3 columns,

key\_column, type text, value “k000” (or whatever you want, it doesn’t matter if you stick to only one comparison)

“material1”, type ref, source tabl… simple answer. no two nodes ever store the same data. instead storj uses erasure coding for which each piece is unique. so piece id’s are unique across the network.

maybe if a piece is lost and then subsequently rebuilt in a repair action it ends up having the same name on the new node. it would de…