Solved If A 4 0 1 Find A Vector B Such That Compab Chegg If a= 2,0,−1 , find a vector b such that compab=5. your solution’s ready to go! our expert help has broken down your problem into an easy to learn solution you can count on. Follow along using the transcript. steps by steps to solve this problem.
Solved If A 4 0 1 Find A Vector B Such That Compab Chegg To find a vector b such that comp a b = 2, we start by noting that the given vector is a = (5 0 − 1 ). the component of b in the direction of a can be expressed as: comp a b = ∣ a ∣ a ⋅ b \ where ∣ a ∣ is the magnitude of vector a, which can be calculated as: ∣ a ∣ = 5 2 0 2 (− 1) 2 = 26 \ substituting this back into the. Free online vector calculator solve vector operations and functions step by step. Video answer: hi. now given a vector as 2 .0 minus 1 and we have to find b vectors such that component of b is equal to 5. now component of b is having is have the formula a dot b by mod of a equal to 5. now mod of a is equal to under the root 2. If a = (4, 0, 1) , find a vector b such that compab = 4. suppose that & = (3,0, 1) . find a vector b such that compab = 2. video answer: the given vector a is given as 2 comma, 0, comma negative 1 and also given that the camp of b with respect to a is equal to 3. so we need to find the vector v.
Solved 1 If A 5 0 1 Find A Vector B Such That Chegg Video answer: hi. now given a vector as 2 .0 minus 1 and we have to find b vectors such that component of b is equal to 5. now component of b is having is have the formula a dot b by mod of a equal to 5. now mod of a is equal to under the root 2. If a = (4, 0, 1) , find a vector b such that compab = 4. suppose that & = (3,0, 1) . find a vector b such that compab = 2. video answer: the given vector a is given as 2 comma, 0, comma negative 1 and also given that the camp of b with respect to a is equal to 3. so we need to find the vector v. Given that a→ = 3, 2, −1 , find a vector b→ such that compa→ b→ = 5. i know the general form of compa→ b→ can be expressed as: compa→ b→ = a→ ⋅ b→ |a→|. so, we can substitute the given value for a→ and insert generic variables to denote b→: 3, 2, −1 ⋅ b1,b2,b3 32 22 (−1)2− −−−−−−−−−−−−√ = 3b1 2b2 − 1b3 14−−√ = 5. Our expert help has broken down your problem into an easy to learn solution you can count on. there are 2 steps to solve this one. given that a → = 2, 0, − 1 and c o m p a b = 3 . not the question you’re looking for? post any question and get expert help quickly. Video answer: hi, i'm new to this. we have to find the victors now that we have a vector of 2. it is equal to five. the formula a.b by mode of equal to five is part of b. under the road model of a is equal to zero square and minus one square. this is. Our expert help has broken down your problem into an easy to learn solution you can count on. here’s the best way to solve it. not the question you’re looking for? post any question and get expert help quickly.