A rectangular beam section has d = 600 mm. When neutral axis depth is at its limiting depth, Moment capacity (M*) is found as 1000 kNm. When the section need to be designed for higher moment, 220 mm2 compression reinforcement provided at dsc = 35 mm. To satisfy the force equilibrium what amount of ADDITIONAL tensile reinforcement (in mm^2) need to be provided at the effective depth (d) ? Select one: a. 220 Ob. 250 OC. 440 Od. 110 Oe. 200
A rectangular beam section has d = 600 mm. When neutral axis depth is at its limiting depth, Moment capacity (M*) is found as 1000 kNm. When the section need to be designed for higher moment, 220 mm2 compression reinforcement provided at dsc = 35 mm. To satisfy the force equilibrium what amount of ADDITIONAL tensile reinforcement (in mm^2) need to be provided at the effective depth (d) ? Select one: a. 220 Ob. 250 OC. 440 Od. 110 Oe. 200
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A rectangular beam section has d = 600 mm. When neutral
axis depth is at its limiting depth, Moment capacity (M*) is
found as 1000 kNm. When the section need to be designed
for higher moment, 220 mm2 compression reinforcement
provided at dsc = 35 mm. To satisfy the force equilibrium
what amount of ADDITIONAL tensile reinforcement (in
mm^2) need to be provided at the effective depth (d) ?
Select one:
a. 220
Ob. 250
OC. 440
Od. 110
Oe. 200
A rectangular beam section has d = 600 mm. When neutral
axis depth is at its limiting depth, Moment capacity (M*) is
found as 1000 kNm. When the section need to be designed
for higher moment, 250 mm2 compression reinforcement
provided at dsc = 60 mm. To satisfy the force equilibrium
what amount of ADDITIONAL tensile reinforcement need to
be provided at the effective depth (d)?
Select one:
a. 217
b. 250
OC. 125
Od. 500
Oe. 200](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc9f81b9b-7593-4fac-bdc0-2056da706df2%2F368ef70c-b0dc-4c5a-ae78-df6213aac1e3%2Fcty1y7q_processed.png&w=3840&q=75)
Transcribed Image Text:A rectangular beam section has d = 600 mm. When neutral
axis depth is at its limiting depth, Moment capacity (M*) is
found as 1000 kNm. When the section need to be designed
for higher moment, 220 mm2 compression reinforcement
provided at dsc = 35 mm. To satisfy the force equilibrium
what amount of ADDITIONAL tensile reinforcement (in
mm^2) need to be provided at the effective depth (d) ?
Select one:
a. 220
Ob. 250
OC. 440
Od. 110
Oe. 200
A rectangular beam section has d = 600 mm. When neutral
axis depth is at its limiting depth, Moment capacity (M*) is
found as 1000 kNm. When the section need to be designed
for higher moment, 250 mm2 compression reinforcement
provided at dsc = 60 mm. To satisfy the force equilibrium
what amount of ADDITIONAL tensile reinforcement need to
be provided at the effective depth (d)?
Select one:
a. 217
b. 250
OC. 125
Od. 500
Oe. 200
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