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(Solved): 10-44. The projectile shown in Figure P10-44 just clears the...

10-44. The projectile shown in Figure P10-44 just clears the 20-ft wall. Determine the minimum horizontal distance x and the velocity of the projectile just prior to landing at C. T20 C 180 ft 280 FIGURE P10-44 10-44. The projectile shown in Figure P10-44 just clears the 20-ft wall. Determine the minimum horizontal distance \( x \) and the velocity of the projectile just prior to landing at C . FIGURE P10-44

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(Solved): Spontaneous deaminatiob converts cytosine to uracil. If not ...

Spontaneous deaminatiob converts cytosine to uracil. If not repaired, the deamination of Cytosine can therefore result in a mutation. Would such a mutation be a transition or a transversion mutation.

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(Solved): Problem 2 Each bar has the same A,E and L . If temperature i...

Problem 2 Each bar has the same A,E and L . If temperature increases \Delta T for all 3 members, determine the displacement at node 4, element force for each bar, and reaction force at node 1, 2 and 3. Coefficient of thermal expansion is \alpha .

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(Solved): Problem 1 (a) For 2D truss below, assume AE=10^(6)N for each...

Problem 1 (a) For 2D truss below, assume AE=10^(6)N for each bar and L=1m. The magnitude of applied force at node 4 is 10,000N in negative y direction. Determine displacement at node 4, element force for each bar and reaction force at node 1, 2 and 3. (b) If the temperature of element 1 decreases 100\deg C, while temperature of element 2 and 3 doesn't change, determine the displacement at node 4, element force for each bar, and reaction force at node 1,2 and 3. Coefficient of thermal expansion \alpha is 20\times (10^(-6))/(\deg )C. (AE, L and external applied force are the same as in question (a).)

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(Solved): How many minutes per day of a restorative program are requir...

How many minutes per day of a restorative program are required to be coded on the MDS? 10 15 20 30

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(Solved): When a spring is stretched/compressed from its _(_())_(_()) ...

When a spring is stretched/compressed from its

_(_())_(_())

position by x , its potential energy is give as

U=(1)/(2)kx^(2)

_(_())_(_())

starting

◻

equillibrium

◻

shortest

◻

extreme

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(Solved): To manage these risks, the project team needs to develop a r...

To manage these risks, the project team needs to develop a risk management plan, specify what the project management plan must include.

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(Solved): a.) CALCULATE THE REACTINS OF FIROOS. - at \( A \) \& \(...

a.) CALCULATE THE REACTINS OF FIROOS. - at \( A \) \& \( B \)-(10pt. 6). BASEE ON TE GIVEN JONTS BELOW orpan anp calculats all the Forees at TI untle T9. -(18)pt.

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(Solved): Economics: Its very SERIOUS IF you give aagainna ai answers...

Economics: Its very SERIOUS IF you give aagainna ai answers ,i give mutiple dislikes A city bus fare is in equilibrium at $3 per ride, where demand and supply equal 10,000 rides. The city government imposes a maximum fare of $2. At this price, demand rises to 15,000 rides, while supply decreases to 8,000 rides. The transport authority wants to know the shortage created. Calculate the shortage.

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(Solved): Economics: Its very SERIOUS IF you give aagainna ai answers...

Economics: Its very SERIOUS IF you give aagainna ai answers ,i give mutiple dislikes The market for petrol is in equilibrium at $6 per liter, with demand and supply equal at 2,000 liters. The government fixes a price ceiling of $5 per liter. At this price, demand becomes 2,400 liters, while supply reduces to 1,700 liters. The petroleum ministry wants to know the shortage. Calculate the shortage.

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